RESOLUTION NO. 22-9062
A RESOLUTION OF THE CITY OF SANTA CLARA,
CALIFORNIA ADOPTING THE PATRICK HENRY DRIVE
SPECIFIC PLAN, A SPECIFIC PLAN PURSUANT TO
GOVERNMENT CODE SECTION 65450, ET SEQ.
SCH # 2019120515
PLN2019-14257 (EIR, Specific Plan, General Plan Amendment, and Zoning Amendment) BE IT RESOLVED BY THE CITY OF SANTA CLARA AS FOLLOWS:
W HEREAS, the City of Santa Clara (the "City") is contemplating the adoption of the Patrick Henry Drive Specific Plan (the "Project"), a specific plan for atransit-oriented pedestrian-friendly neighborhood of up to 12,000 residential units with supportive retail uses, located on approximately 62 net acres of land located within one-half mile of the Tasman Drive light rail line that are currently developed with industrial uses;
W HEREAS, the proposed Specific Plan also includes an alternative development scenario that allows for up to 10,300 residential units, with up to 785,000 square feet of office space and up to 310,000 square feet of other non-residential uses;
W HEREAS, under the proposed Specific Plan, the Patrick Henry Drive area is intended to be a walkable urban neighborhood, with parking reflective of a variety of available transit modes, including bicycle parking;
W HEREAS, a specific plan is a tool for providing regulatory direction for specific parts of a city, and can include policy guidance, regulatory requirements, and design guidelines; W HEREAS, as a part of implementation of the Specific Plan, the City intends to adopt a General Plan Amendment ("GPA") to amend the General Plan land use diagram by changing the existing land use designation of the Project Site from Light Industrial to four residential designations including Very High Density (51-100 du/ac); Village Residential (60-149 du/ac); Urban Village Residential (100-149 du/ac); and Urban Center Residential (120-250 du/ac); and one flexible residential/commercial designation entitled High Density Flex (60-149 du/ac or up to a 2.0 floor area ratio of commercial development);
Resolution/ Patrick Henry Drive Specific Plan Page 1 of 5 Rev. 11 /22/17
WHEREAS, the GPA includes an amendment to Appendix 8.13 (the Climate Action Plan) setting forth vehicle trip reduction targets for the new land use designations of Village Residential (60-149 du/ac); Urban Village Residential (100-149 du/ac); and Urban Center Residential (120-250 du/ac); and High Density Flex (60-149 du/ac or up to a 2.0 floor area ratio of commercial development);
W HEREAS, as a part of implementation the Specific Plan, the City is also proposing to amend Title 18 ("Zoning"), of the City Code to create new zoning districts that implement the proposed General Plan designations, and to apply those zoning designations across the Project Site; W HEREAS, the proposed Patrick Henry Drive Specific Plan is consistent with the Goals and Policies of the Future Focus Area section in the General Plan; W HEREAS, notice of the public hearing on the proposed Specific Plan was published in the Santa Clara Weekly, a newspaper of general circulation for the City, on January 12, 2022; W HEREAS, notices of the public hearing on the proposed Specific Plan were mailed to all property owners within 500 feet of the Project Site, according to the most recent assessor's roll, and to all local agencies expected to provide essential facilities or services to the project, on January 13, 2022;
W HEREAS, Santa Clara City Charter Section 1007 and Government Code sections 65353 and 65453 require that the Planning Commission provide input to the City Council on proposed specific plans;
W HEREAS, on January 26, 2022, the Planning Commission reviewed the Specific Plan and conducted a public hearing, at which time all interested persons were given an opportunity to give testimony and provide evidence in support of and in opposition to the proposed Specific Plan;
W HEREAS, as a part of their recommendation to the City Council, the Planning Commission recommended that the City Council add a seventh principle to the Specific Plan, as follows:
//
Resolution/ Patrick Henry Drive Specific Plan Page 2 of 5 Rev. 11 /22/17
"7. Building a Vibrant Middle Class: Encourage the use of a local construction workforce and local business sourcing in the buildout within the Plan area. The employment of a local construction workforce that pays family-supporting wages will generate sales tax revenue for the City as those wages are recirculated within the City's business community. The availability of a trained construction workforce is essential for the success in implementing the Plan therefore the employment of apprentices in State of California approved training programs will also be encouraged"; W HEREAS, before the Specific Plan has been revised to reflect the Planning Commission's recommendation; and,
W HEREAS, before considering adoption of the Specific Plan, the City Council reviewed and considered the potential environmental impacts of the Project, including the implementing General Plan Amendment, Zoning Code Amendment, and identified mitigation measures, and adopted and certified the Environmental Impact Report ("EIR") for the Project (SCH #2019120515), as well as a set of CEQA Findings and a Statement of Overriding Considerations, in accordance with the requirements of CEQA.
NOW THEREFORE, BE IT FURTHER RESOLVED BY THE CITY OF SANTA CLARA AS FOLLOWS:
1. That the City Council hereby finds that the above Recitals are true and correct and by this reference makes them a part hereof.
2. Specific Plan Findings. That the City Council finds and determines that the Specific Plan is in the interest of the public good for the following reasons:
A. The proposed Specific Plan is deemed to be in the public interest, in that:
The Specific Plan is located in an urbanized area served by existing municipal services and implements smart growth principles by redeveloping underutilized properties with high intensity mixed-use, pedestrian- and transit-oriented development that will contribute to the City both socially and economically.
Resolution/ Patrick Henry Drive Specific Plan Page 3 of 5 Rev. 11 /22/17
B. The proposed Specific Plan is consistent and compatible with the General Plan and any implementation programs that may be affected, in that:
The Specific Plan furthers and is consistent with the goals, policies and major strategies of the General Plan that enhance the City's quality of life, preserve and cultivate neighborhoods, promote sustainability, enhance City identity, support General Plan Focus Areas and community vitality, maintain the City's fiscal health and quality of services, and maximize health and safety benefits with the creation of a new land use designation that allows for the development of a high-density mixed-use transit-oriented environment.
C. The proposed Plan has been processed in accordance with the applicable provisions of the California Government Code and the California Environmental Quality Act (CEQA), in that:
A Draft Environmental Impact Report ("DEIR") was prepared in accordance with CEQA and the City circulated copies of the DEIR and Notice of Availability to the public agencies which have jurisdiction by law with respect to the Project, as well as to other interested persons, organizations and agencies, and the City sought the comments of such persons, organizations and agencies. The City prepared and circulated written responses to the comments received during the Comment Period and included those responses in a Final Environmental Impact Report ("FEIR"), in accordance with CEQA.
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Resolution/ Patrick Henry Drive Specific Plan Page 4 of 5 Rev. 11 /22/17
D. The potential impacts of the proposed amendment have been assessed and have been determined not to be detrimental to the public health, safety, or welfare, in that:
A Mitigation Monitoring and Reporting Program (MMRP) has been prepared for implementation with development under the Specific Plan in order to reduce potentially significant impacts identified in the DEIR and FEIR, that combined constitute the EIR for the Project, to less than significant and a set of CEQA Findings and a Statement of Overriding Considerations for the significant unavoidable impacts that cannot be mitigated to less than significant has been prepared in accordance with CEQA; and the City Council adopted all of these documents.
3. That based on the findings set forth in this Resolution, the Approvals, and the evidence in the City Staff Report and such other evidence as received at the public hearing on this matter, the City Council adopts the Specific Plan.
4. Effective date. This resolution shall become effective immediately upon adoption.
HEREBY CERTIFY THE FOREGOING TO BE A TRUE COPY OF A RESOLUTION PASSED
AND ADOPTED BY THE CITY OF SANTA CLARA, CALIFORNIA, AT A REGULAR MEETING THEREOF HELD ON THE 22ND DAY OF MARCH, 2022, BY THE FOLLOWING VOTE:
AYES: COUNCILORS: Becker, Chahal, Hardy, Jain, Park, and Watanabe, and Mayor Gillmor
NOES:
ABSENT
ABSTAINED
COUNCILORS
COUNCILORS
COUNCILORS
Attachment Incorporated by Reference:
1. Patrick Henry Drive Specific Plan
None
None
None
ATTEST:
NORA P ENTEL, C
ASSISTANT CITY CLERK
CITY OF SANTA CLARA
Resolution/ Patrick Henry Drive Specific Plan Page 5 of 5 Rev. 11 /22/17
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PATRICK HENRY DRIVE
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Technical
Advisory
Committee
City
Council
Lisa
M.
Gillmor,
Mayor
Kathy
Watanabe,
District
1 Raj
Chahal,
Vice
Mayor
/District
2 Karen
Hardy,
District
3 Kevin
Park,
District
4 Sudhanshu
"Suds"
Jain,
District
5 Anthony
J.
Becker,
District
6 Planning
Commission
Lance
Saleme,
Chair
Nancy
A.
Biagini,
Vice
Chair
Priya
Cherukuru,
Secretary
Yuki
Ikezi
Allie
Jackman,
Public
Works
Arielle
Romero,
Silicon
Valley
Power
Carol
Shariat,
Traffic
Division
Frederick
Chun,
Fire
Department
George
Schroeder,
City
of
Sunnyvale
Planning
Gina
Saporito,
Parks
and
Recreation
Jake
Tomlin,
Fire
Department
Jim
Teixeira,
Parks
and
Recreation
Jing
Deng,
Public
Works
Jonathan
Yee,
Traffic
Division
Melissa
Cerezo,
Valley
Transportation
Authority
(VTA)
Mike
Liw,
Public
Works
Paul
Sims,
Library
Sachin
Bajracharya,
Silicon
Valley
Power
Shilpa
Mehta,
Water
and
Sewer
Tyson
Shearer,
Police
Department
City
of
Santa
Clara
Planning
Staff
Andrew
Crabtree,
Director
of
Community
Development
Reena
Brilliot,
Planning
Manager
John
Davidson,
Principal
Planner
Rebecca
Bustos,
Project
Manager
Ricci
Herro
Qian
Huang
Consultant
Team
MIG,
Inc.
Chris
Beynon,
Principal
in
Charge
Ellie
Fiore,
Project
Manager
Rishi
Dhody,
Urban
Designer
Fernanda
Suarez,
Project
Associate
Hexagon
Transportation
Consultants
Michelle
Hunt,
Principal
Ling
Jin,
Associate
BKF
Engineers
Isaac
Kontorovsky,
PE,
Principal
Casey
Johnson,
Engineering
Manager
Habid
Coronado,
PE,
Project
Engineer
EPSJason
Moody,
Principal
FzW W awa 30zxU d aaU a 0 w Y U H Q d
3 Community
Process
it
Vision
Framework
36 3.1
Community
Engagement
Strategy
and
Process
38 3.2
Vision
and
Planning
Principles
40 1
Introduction1.1
Setting
and
Location
1.2 Plan
Purpose
1.3 Project
Description
1.4 Document
Overview
2 Existing
Conditions
2.1 Regional
and
Local
Setting
2.2 Demographics
and
Economics
2.3 Land
Use
and
Community
Form
2.4 Land
Use
and
Zoning
2.5 Regulatory
Context
2.6 Circulation
2.7 Infrastructure
01 02 04 06 07 OS 10 14 16 22 24 28 34
4 Development
Framework
4.1 Development
Capacity
4.2 Urban
Design
4.3 Land
Use
4.4 Affordable
Housing
4.5 Parks,
Recreation
and
Open
Space
4.6 Mobility,
Circulation,
and
Parking
4.7 Sustainability
5 Design
Guidelines
5.1 Travel
Ways
5.2 Pedestrian
Amenities
5.3 Street
Design
5.4 Parks
and
Open
Spaces
5.5 Site
Layout
and
Design
5.6 Building
Design
46 48 48 52 64 66 70 80 82 84 93 107 129 139 147
6 Infrastructure
Ptan
161
6.1 Wet
Utilities
162
6.2 Dry
Utilities
170
7 Implementation
Ptan
173
7.1 Regulatory
Implementation
174
7.2 Funding
for
Infrastructure
and
Services
175
7.3 Transportation
Demand
Management
181
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The
Patrick
Henry
Drive
(PHD)
Specific
Plan
Area
is
poised
to
become
Santa
Clara's
next
high
-density,
m
ixed
-use
residential
neighborhood.
Currently
a loes-density,
underutilized
industrial
district,
the
area
is
ideally
suited
to
offer
residents
an
urban
lifestyle
near
transit,
freeways,
trails,
and
jobs.
The
PHD
Specific
Plan
is
a
strategic,
action
-oriented
document
that
presents
acommunity-based
vision,
along
with
specific
policies
and
actions
necessary
to
spur
investment
and
change.
Building
on
the
community's
vision,
the
PHD
Specific
Plan
identifies
ways
to
enhance
form
and
design,
encourage
high~uality
development,
advance
the
City's
housing
goals,
strengthen
multimodal
connections,
and
transform
Northern
Santa
Clara
into
a
regional
urban
center
over
the
long
term.
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1.1 SETTING
AND
LOCATION
Situated
at
the
southern
tip
of
San
Francisco
Bay,
about
45 miles
south
of
San
Francisco,
the
City
of
Santa
Clara
is
a regional
hub
and
hotbed
for
redevelopment
and
urban
transformation
(see
Figure
1.2:
Context).
The
Patrick
Henry
Drive
Specific
Plan
Area
(PHD
Specific
Plan
Area)
is located
within
Northern
Santa
Clara
in
the
employment
rich
"City
North,"
the
City's
first
truly
urban
district.
The
PHD
Specific
Plan
Area
covers
approximately
73.59 acres
and
is
bounded
by
Sunnyvale
and
Calabazas
Creek
to
the
west,
the
Southern
edge
of
San
Francisco
Public
Utilities
Commission
right-of-way
to
the
north,
Great
America
Parkway
to
the
east,
and
Mission
College
to the
south
(see
Figure
1.1:
Plan
Area
Aerial
Map).
There
are
a range
of
regional
destinations
and
amenities
in
the
vicinity,
including
Levi's
Stadium,
Great
America
Theme
Park,
and
the
Santa
Clara
Convention
Center.
The
VTA
light
rail
station
at
Old
Ironsides
and
Tasman
Drive
is just
over
a half
-
mile,
or
approximately
a 10
-minute
walk,
from
the
center
of
the
PHD
Specific
Plan
Area.
PHD
Specific
Plan
Area
Context
In 2010,
the
City
adopted
its
comprehensive
2010-2035
General
Plan
to
guide
decision
making
and
provide
a roadmap
for
future
development.
The
General
Plan
identifies
nine
Focus
Areas
throughout
the
city,
including
major
corridors
and
destinations,
new
centers
of
activity,
areas
around
transit
stations,
and
new
high
-density
residential
neighborhoods.
These
Focus
Areas
are
intended
to:
foster
new
development
tailored
to
the
unique
character
of each
area;
offer
opportunities
to
enhance
the
City's
quality
of
life;
and
support
the
City's
economic
base.
The
PHD
Specific
Pian
Area,
previously
known
as
the
Great
America
Parkway
Focus
Area,
was
identified
as
a prime
location
for
more
intensive
development.
In
order
to
ensure
the
most
strategic
and
comprehensive
planning
for
this
high
-potential
area,
the
City
requires
an
approved
Specific
Plan
prior
to
redevelopment.
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PATRICK HENRY DRIVE SPECIFIC PLAN INTRODUCTION
1.2 PLAN
PURPOSE
The
PHD
Specific
Plan
is
a tool
that
will
be
used
by the
City
of
Santa
Clara,
residents,
businesses,
and
developers
to
shape
a vibrant
urban
center
over
a 25
to
30 -year
horizon.
Primary
functions
of
the
Plan
are
to
outline
acommunity-based
vision
for
the
future
and
provide
the
necessary
steps
to
guide
future
public
and
private
investment
in
the
PHD
Specific
Plan
Area.
In the
State
of
California,
a Specific
Plan
is one
of
the
many
policies
and
regulatory
tools
used
by
local
governments
as
a complement
to
a General
Plan,
the
overarching
policy
document
for
the
entire
city.
Specific
Plans
implement
a city
or
county's
general
plan
through
the
development
of
more
detailed
policies,
programs,
and
regulations
for
a localized
area.
The
PHD
Specific
Plan's
primary
tools
for
stimulating,
regulating,
and
guiding
development
activity
include:
• Allowable
uses;
• Development
standards;
• Design
guidelines;
Low
-density
Office
Building
on
Patrick
Henry
Drive
• A strategic
set
of
policies
related
to
land
use
and
zoning,
circulation
and
parking,
open
space,
and
utilities
and
infrastructure;
and
• Implementation
actions
and
recommendations
for
financing
proposed
public
improvements.
Because
Specific
Plans
are
mechanisms
for
executing
the
goals
and
policies
of
a community's
general
plan,
state
law
requires
that
Specific
Plans
must
be
consistent
with
a city's
General
Plan.
As
such,
the
PHD
Specific
Plan
must
be
consistent
with
all
the
goals,
policies,
objectives,
and
standards
included
in
the
City
of
Santa
Clara
2010-2035
General
Plan.
The
City's
General
Plan
will
be
amended
to
include
the
new
land
use
designations
of
this
PHD
Specific
Plan.
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,.____; City of Sanca CWra Water Bodies
---• City Boundary O PHD Plan Area
Santa Clara County Highways
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1.3 PROJECT
DESCRIPTION
The
PHD
Specific
Plan
is the
result
of
a
collaborative
planning
effort
between
the
Ciry,
area
property
owners,
and
the
Santa
Clara
community.
Plans
for
the
PHD
Specific
Plan
Area
provide
fora
73.59 -acre
high
-density,
residential
neighborhood
located
near
regional
destinations,
including
job
-centers,
transit,
and
other
amenities.
At builtlout,
the
project
will
accommodate
up
to 12,000
new
residential
dwelling
units
or
785,000
square
feet
of
office
space
(replacing
the
existing
200,000
square
feet
of
office
space)
and
10,300
residential
units,
and
310,000
square
feet
ofnon-residential
uses,
including
200,000
square
feet
of
other
new
neighborhood
-serving
retail
and
public
facilities,
such
as
libraries
and
community
spaces.
New
and
improved
pedestrian
and
bicycle
connections,
trails,
and
parks
will
link
neighborhoods
and
enhance
connections
to
nearby
amenities
and
recreation
destinations.
Careful
planning
will
ensure
adequate
infrastructure
and
services
to
support
the
proposed
new
development.
Target
residential
densities
range
from
a
minimum
of
51 dwelling
units
per
acre
(du/ac)
to
a
maximum
of
250
du/ac.
These
densities
will
help
meet
the
demand
for
housing
that
addresses
job
and
retail
growth
in
the
City
and
region.
Further,
the
development
provides
opportunities
to
reach
housing
goals
identified
in
the
City's
share
of
the
State
-required
Regional
Housing
Needs
Allocation
(RHNA).
7 3
7 Goals
and
Objectives
The
PHD
Specific
Plan
establishes
a blueprint
for
how
the
area
will
look,
feel,
and
function
in
the
future.
A planning
framework
with
a vision,
goals,
policies,
and
design
standards
tailored
to
the
PHD
Specific
Plan
Area
will
advance
overarching
General
Plan
goals,
while
also
providing
for
flexibility
and
encouraging
reinvestment
in
the
area.The
primary
goal
of
the
PHD
Specific
Plan
is to
transform
underutilized
office
and
industrial
parks
into
a vibrant
urban
neighborhood
characterized
by compact,
pedestrian
-friendly,
transit
-oriented
development.
Key
objectives
include
the
following:
• Ensure
an
economically
vibrant,
safe,
healthy,
and
sustainable
neighborhood
that
supports
a range
of
users,
including
residents,
business
owners,
and
visitors.
•
Bring
clarity
and
consistency
to
the
regulation
of
individual
development
proposals
within
the
PHD
Specific
Plan
Area
boundaries.
Foster
strong
connectivity,
access,
and
circulation
for
a mix
of
travel
modes,
including
walking,
cycling,
driving,
and
transit.
• Plan
parkland
and
open
space
standards
consistent
with
City
Code
17.35 to
support
a high
quality
of
life
within
an
urban
environment.
• Provide
community
amenities
and
public
facilities
to
support
a "complete"
neighborhood.
• Adopt
infrastructure
and
funding
plans
to ensure
infrastructure
will
adequately
support
planned
densities
and
intensities.
• Support
the
City's
affordable
housing
goals
by requiring
15 percent
of
all
developed
residential
units
to
be
affordable
to
households
at
or
below
80 percent
of
the
Area
Median
Income
(AMI).
• Engage
the
entire
community
in
a robust,
creative,
and
ongoing
participation
process.
1.4 DOCUMENT
OVERVIEW
This
document
is
structured
to
provide
a thorough
and
detailed
account
of
all
facets
of
the
Specific
Plan,
ranging
from
its
vision
and
conceptual
framework
to
the
implementation
strategy
that
will
bring
it to
fruition.
The
PHD
Specific
Plan
is
organized
into
the
following
seven
chapters.
Chapter
1:
Introduction
This
chapter
introduces
the
project
and
the
planning
context,
defines
its
primary
goals
and
objectives,
and
outlines
the
organization
of
the
Specific
Plan
document.
Chapter
2:
Existing
Conditions
This
chapter
describes
both
the
project
setting
and
local
policy
context,
highlighting
regional
and
local
land
uses,
circulation
networks,
demographics,
and
the
overarching
regulatory
environment
governing
development.
Chapter
3:
Community
Process
and
Vision
Framework
This
chapter
details
the
robust
community
engagement
process
and
establishes
the
overarching
vision
and
planning
principles
articulated
during
outreach
efforts.
Chapter
4:
Development
Framework
This
chapter
outlines
the
comprehensive
redevelopment
framework
planned
for
the
PHD
Specific
Plan
Area,
including
land
use
changes,
urban
design
concepts,
circulation
improvements,
parking
standards,
and
parks
and
open
space.
Chapter
5:
Design
Standards
and
GuidelinesThis
chapter
identifies
the
standards
and
guidelines
required
to
enhance
the
character
and
quality
of
both
public
and
private
streets,
open
spaces,
and
buildings.
Chapter
6:
Infrastructure
This
chapter
provides
conceptual
plans
and
programs
for
the
improvement
of
infrastructure
serving
the
study
area,
including
transportation,
wet
utilities
(water,
sewer,
and
storm
drainage),
solid
waste
disposal,
and
energy
(gas
and
electric)
services
and
systems.
Chapter
7:
Implementation
This
chapter
describes
the
regulatory
frame
work
that
will
be
utilized
to
implement
the
PHD
Specific
Plan;
it outlines
processes
for
administration
and
subsequent
development
approvals
and
recommends
development
phasing,
financing,
and
implementation
responsibilities.
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Existing
Conditions
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The
Patrick
Henry
Drive
(PHD)
Specific
Plan
.Area
is
situated
at
the
heart
of
Silicon
Valley,
adjacent
to
regional
activity
nodes
and
accessible
via
highways
and
existing
transit
networks.
Capitalizing
on
its
strategic
location
and
reputation
as
a
hub
of
employment
and
entertainment,
the
City
of
Santa
Clara
has
identified
this
area
as
an
ideal
location
for
future
higher
-density,
transit
-oriented
development,
and
revitalization
that
minimizes
impacts
on
established,
lower
-density
neighborhoods
south
of
Highway
101.
z0F A z0U zF X W
This
chapter
summarizes
existing
conditions
findings
related
to
demographics,
land
use,
urban
form,
circulation,
and
infrastructure.
The
assessment
informs
PHD
Specific
Plan
policies
and
actions
that
will
foster
economic
growth,
support
high
-quality
development,
and
encourage
public
and
private
investment
in
the
PHD
Specific
Plan
Area.
In 2010,
the
City
of
Santa
Clara
adopted
its
comprehensive
2010
— 2035
General
Plan
to
provide
a vision
and
constitution
for
long-term
development.
The
Plan
contains
the
City's
policies
for
land
use,
transportation,
housing,
design,
environmental
resources,
health,
and
safety.
To
ensure
future
development
is supported
by
the
appropriate
level
of
infrastructure
and
services,
the
Plan
is organized
into
three
planning
phases
reflecting
short-term
(Phase
I: 2010
to
2015);
medium
-term
(Phase
II:
2015
to
2025);
and
long-term
(Phase
III 2025
to
2035)
planning
horizons.
For
each
phase,
the
plan
identifies
Focus
Areas
throughout
the
city,
each
representing
opportunities
for
more
intense
development
and
future
economic
growth.
The
purpose
of
these
Focus
Areas
is to
encourage
improvements
and
new
development
tailored
to
the
unique
character
and
quality
of
these
distinct
areas.
Additional
planning
is a prerequisite
for
development
of
these
Focus
Areas,
and
all
plans
for
the
Focus
Areas
must
conform
with
the
City's
overarching
General
Plan
goals
and
policies.
accelerated
to
Phase
II. The
City
anticipates
the
transformation
of
the
existing
office
parks
into
a
cohesive,
high
-density,
mixed
-use
community
that
fosters
economic
vitality,
enhances
the
quality
of
life
for
those
that
live,
work,
and
recreate
in
the
area,
and
helps
ameliorate
the
City's
and
State
of
California's
housing
shortage.
The
General
Plan
originally
designated
the
PHD
Specific
Plan
Area
as
a Future
Focus
Area
(Phase
III);
however,
due
to
significant
interest
in
redevelopment,
the
timeframe
was
za a u w 0 w Y U G
21 REGIONAL
AND
LOCAL
SETTING
Centrally
located
in
Santa
Clara
County,
one
of the
most
affluent
counties
in
California,
the
City
of
Santa
Clara
is situated
at
the
geographic
heart
of
Silicon
Valley
adjacent
to
the
cities
of
Sunnyvale,
Campbell,
San
Jose,
and
Milpitas.
Important
regional
centers
located
in
the
vicinity
of the
PHD
Specific
Plan
Area
include
Downtown
Sunnyvale
(6.5
miles
distance),
Downtown
Santa
Clara
(5.5
miles
distance),
and
Downtown
San
Jose
(8.5
miles
distance).
The
San
Jose
Norman
Y. Mineta
International
Airport
(SJC)
is located
along
Santa
Clara's
eastern
edge
and
provides
air
transportation
services
that
link
the
region
to
the
world.As Silicon
Valley
became
known
worldwide
for
its
commitment
to
technological
innovation,
entrepreneurship,
and
the
meteoric
rise
of
start-ups,
Santa
Clara
likewise
has
evolved
into
a hub
for
high-tech
research,
development,
and
manufacturing.The
City
is served
by
five
state
highways,
including
EI
Camino
Real,
and
three
County
expressways,
in
addition
to
three
light
and
heavy
rail
corridors,
VTA
bus
service,
and
future
BART
__.de Saisset
Museum
at
Santa
Clara
University
As the
City's
vibrant
residential
neighborhoods
and
job
centers
continue
to
grow
and
evolve,
future
higher
-density
residential
development
at
key
locations
throughout
the
city,
including
the
PHD
Specific
Plan
Area,
is supported
by
the
City's
accessible
highway
infrastructure
and
transit
networks.
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and
High
-Speed
Rail
service.
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PATRICK HENRY DRIVE SPECIFIC PLAN EXISTING CONDITIONS
2.7.7 North Sanfa Clara: Development
Evo/ufion
Bounded by Highway 101 to the south, State
Route 237 to the north, Calabazas Creek to the
West, and San Tomas Aquino Creek to the east,
the northernmost portion of Santa Clara has the
City's most diverse mix of uses including office/
research and development (R&D), light industrial,
and regional entertainment and sports uses,
including California's Great America Theme
Park, the Santa Clara Convention Center, Levi's
Stadium, and the San Francisco 49ers training
facility. Several major office parks are supported
by a modest range of commercial services,
including hotels, cafes, chain restaurants, and a
movie theater.
As of 2010, the City's remaining vacant residential
land had been developed and the City was
essentially built out. Over the past decade, this
employment-rich North Santa Clara district has
become the central focus of redevelopment
activity and intensification of existing uses due to
its status as an employment and entertainment
district and distance from single-family residential
North Santa Clara is the city's first truly urban
district, transforming through a series of City-
initiated plans and high-profile mixed-use
development projects (see Figure 2.1: Regional
Setting). The existing underutilized moderate-
intensity office and industrial parks are evolving
into a higher intensity mixed-use district. At full
buildout, these projects combined will add over
15,000 new housing units,10 million square feet
of office space, nearly 2 million square feet of
retail amenities, and 114 acres of open spice.
2.7.2 PHD Specific Plan Area Location
The PHD Specific Plan Area is situated along the
southeast side of North Santa Clara, surrounded
on all sides by major regional assets. Directly to
the north of the PHD Specific Plan Area is a San
Francisco Public Utilities Commission right-of-way
and Levi's Stadium Parking Lot B, which is slated
to redevelop as ahigh-density commercial mixed-
usedistrict.
Mission College, atwo-year community college
that serves the broader Silicon Valley community,
lies directly to the south. Great America Parkway,
the major north-south arterial, borders the
PHD Specific Plan Area to the east, separating
the site from the Great America Theme Park.
The Calabazas Creek Trail runs along the
western border of the PHD Specific Plan Area
and continues northward to the San Francisco
Bay, separating Santa Clara from the City of
Sunnyvale. The trail provides open space and
a variety of active recreational uses such as
walking, jogging, and cycling.
neighborhoods.
13 8
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VTA Light Rail and Levi's Stadium Santa Clara Convention Center Great America Themepark - 1
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Great America Parkway
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Mission College
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Technology Office Building
2.2 DEMOGRAPHICS
AND
ECONOMICS
Santa
Clara
has
seen
increases
in
population
growth
and
changes
in
demographics
and
market
conditions
over
the
past
decade.
These
trends
inform
this
Specific
Plan's
community
needs
and
strategies.
This
section
provides
background
information
on
population,
households,
projected
future
housing
demand,
and
economic
trends.
2.2.7 Population
and
Households
Santa
Clara
County
is
one
of
the
fastest
growing
counties
in
California
with
a population
of
about
1.9 million.
Following
San
Jose
and
Sunnyvale,
the
City
of
Santa
Clara
is the
third
most
populous
jurisdiction
in
Santa
Clara
County
with
a 2018
population
of
approximately
130,000.
Between
2010
and
2018,
the
City's
population
increased
11.3 percent,
or
1.3 percent
per
year,
compared
to the
County,
which
grew
by
9.8 percent
or
1.2 percent
per
year.
By
2040,
the
2010
Santa
Clara
Housing
Element
projects
that
the
City's
population
will
increase
33.1 percent.
The
City
attracts
a population
that
is
diverse
in
both
ethnicity
and
age.
In
2019,
the
City's
population
comprised:
42 percent
Asian
and
Pacific
Islander,
17.4 percent
Hispanic,
2.9 percent
African
American,
and
5.7 percent
other
ethnicities.
The
remaining
43 percent
of
the
population
is
White.
The
Regional
Housing
Needs
Allocation
(RHNA)
undertaken
by
the
Association
of
Bay
Area
Governments
(ABAG),
projects
housing
needs
by
income
levels
for
local
jurisdictions.
The
total
projected
RHNA
for
the
City
of
Santa
Clara
is just
over
4,000
units
for
the
2015
—
2023
planning
period
with
the
greatest
housing
needs
identified
in
the
very
low
and
above
moderate
categories.
Comparing
the
City
of
Santa
Clara
to
the
United
States
as
a whole,
in
2019,
median
household
income
for
the
City
was
approximately
$56,000
more
than
the
national
average
at
$116,000
and
$60,000,
respectively.
In
addition,
the
median
value
of
an
owner
-occupied
home
was
just
over
$927,000
in
the
City
of
Santa
Clara,
compared
to an
average
cost
of
$205,000
for
the
United
States.Currently,
single-family
homes
are
the
most
common
type
of
residence
in
Santa
Clara,
comprising
over
fifty
percent
of
the
city's
housing
stock.
To
provide
opportunities
to
reach
the
Ciry's
housing
goals,
adopted
policies
promote
the
redevelopment
of
underutilized
industrial
areas
into
higher
-density,
compact,
transit
-oriented
development,
while
preserving
established
single-family
neighborhoods.
Intel
Headquarters
2.2.2 Economic Trends
Silicon Valley is the nation's epicenter for
high-tech innovation and development,
attracting global talent and startup companies.
In recent decades Santa Clara his evolved
into an important stronghold in Silicon Valley's
technology industry, with several major high-
tech corporations. The City of Santa Clara
has shifted from an agricultural community
to a predominately low-density community
characterized by residential subdivisions in
the southern half of the city and industrial and
employment centers in the northern half of the
city. Employment density is highest in central
and northern Santa Clara along EI Camino Real,
Lawrence Expressway, Central Expressway, and
US 101. Within the northern part of the city, major
employers include Avaya, EMC Corporation, and
Intel.
In total, the City is home to over 120,000 total
jobs, with a projected growth in employment to
over 145,000 jobs by 2040.
Service-providing industries, including
information, technology, finance, and other
traditional consumer-related services, account
for roughly two-thirds of the employment base,
while goods-production industries, which
include construction, manufacturing, mining, and
agriculture, account for most of the remaining
one-third. Since rebounding from the 2008
"Great Recession," the City has experienced
relatively steady employment growth. Service
providing industries grew by 33 percent from
2005 to 2015. This growth is primarily driven by
a 67 percent increase in professional services
such as information, technology, and finance. In
contrast, goods-production industries declined by
11 percent during the same period.
Santa Clara is a "job rich" community, where
the number of jobs far exceeds the number of
housing units. According to the Association of Bay
Area Governments (ABAG), the jobs-to-housing
ratio in the City of Santa Clara was estimated at
2.50 in 2010. Despite the high employment and
growth, the majority of Santa Clara residents
commute to work in surrounding cities. Only 15.9
percent of commuters who live in Santa Clara
also work in Santa Clara.
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2 16
2.3 LAND
USE
AND
COMMUNITY
FORM
North
Santa
Clara
and
the
PHD
Specific
Plan
Area
have
a variety
of
land
uses
and
building
forms
that
can
be
built
upon
to
create
a more
dynamic
environment.
This
section
describes
surrounding
development
context,
existing
uses,
and
physical
patterns
and
characteristics
inthe
PHD
Specific
Plan
Area.
It also
reviews
current
regulatory
documents
and
efforts
that
govern
use
in the
area
and
will
help
shape
desired
change
in
tandem
with
this
PHD
Specific
Plan.
2.31 Surrounding
Land
Use
Character
and
Urban
Form
The
City
of
Santa
Clara
is
bisected
by
Highway
101
antl
the
Caltrain
Corridor.
Low
-density,
low-
rise
residential
development
characterizes
the
land
use
pattern
south
of
the
Caltrain
Corridor;
however,
higher
-density
residential
sections
have
sprung
up
along
arterial
streets.
Intermixed
within
these
residential
zones
are
neighborhood
-
serving
parks
and
public
schools.
Auto
-oriented
strip
commercial
development
is
prevalent
along
major
thoroughfares,
and
the
most
significant
retail
activity
is found
along
the
EI
Camino
Real
corridor,
Santa
Clara's
most
identifiable
commercial
corridor,
which
passes
east
-west
through
the
City.
Downtown
Santa
Clara
and
the
area
surrounding
the
Santa
Clara
station
are
identified
for
future
revitalization
and
reinvestment
efforts.
North
of
the
Caltrain
Corridor,
land
uses
are
predominantly
office
and
industrial
with
some
higher
-density
housing
development
(see
Figure
2.3A:
Land
Use
Distribution).
Today
North
Santa
Clara
is
dominated
by
office
and
industrial
uses,
including
the
campuses
of
several
high-tech
companies
such
as
Intel,
Oracle,
McAfee,
and
Broadcom,
Inc.
Unique
regional
attractions,
namely
Levi's
Stadium,
California's
Great
America
Theme
Park,
and
the
Santa
Clara
Convention
Center,
draw
hundreds
of
thousands
of
visitors
a
year
to
the
area.
North
of
Highway
101,
the
area
is supported
by
a modest
range
of
neighborhood
amenities
including
hotels,
cafes,
chain
restaurants,
and
a movie
theater,
but
residential
neighborhoods
and
parks
are
limited.
Current
redevelopment
trends
in
Northern
Santa
Clara
include
intensification
of
the
Ciry's
office/R&
D
uses
in former
light
industrial
areas
with
large
parcel
sizes
and
convenient
transportation
access,
particularly
transit
access
along
Tasman
Drive,
Great
America
Parkway,
and
Bowers
Avenue.2.3.2
Land
Use
Character
and
Urban
Form:
PHD
Specific
Plan
Area
Much
like
the
surrounding
neighborhood,
the
PHD
Specific
Plan
Area
is characterized
by
several
commercial/industrial
superblocks
with
ample
surface
parking,
deep
setbacks,
and
significant
space
between
buildings.
The
PHD
Specific
Plan
Area
is
relatively
flat
and
developed
with
low
-intensity
one-
and
two-story
buildings
on the
south
and
west
of
Old
Ironsides
Drive,
and
moderate
intensity
four-
to
five
-story
buildings
on
the
east
side
of
Old
Ironsides
Drive
fronting
Great
America
Parkway.
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u.,
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FIGURE
2.3A:
LAND
USE
DISTRIBUTION
[
_ ]
Study
Area
Parcel
~
High
Density
Residenilal
~
Neighborhood
Commercial
• —
• •
City
Boundary
~
Medium
Density
Re,idential
~
Regional
Commercial
Park/Open
Space
Lo~N
Density
ReslOential
~
Neighborhood
Mixed
Use
CreckslWatcr
~odics
very
Low
Density
ResldenUal
~
Urban
Center/
EncerWinment
Distric[
~, 4
Low
Density
Offce/R8D
-
~
_
Mobile
Home
Park
N
~
High
Densitq
Office/R&D
~
Parks/Opon
Space
0 750
7,Sa0
3.000
Light
Industrial
---
-
Fcet
Ulistac
_
_ -
- ~
Nawral
Area
Fairwajr
Glen
Park~~ °~
r
c~•
Lick
MIII
Park.
~..
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~~
~ui~.~crgef
r~
Park
zO .F. A z0U z F X W Zaav LL J z 2 Y U aa
18 These
buildings
are
generally
occupied
by
light
industrial
(including
manufacturing
uses),
office
(including
R&D,
software,
software
training
institutes,
antl
company
headquarters),
and
various
commercial
uses
(such
as
electrical
supply
stores
antl
a business
park
cafe).
These
uses
rely
on
large
surface
parking
lots
with
limited
on
-site
vegetation.
The
San
Jose
New
Hope
Church
occupies
cone
-story
building
at
the
corner
of
Patrick
Henry
Drive
antl
Old
Ironsides
Drive.
There
are
no
residential
land
uses,
public
parks,
or
historic
structures
located
on
-site.
The
building
stock,
developed
primarily
in
the
1970s
and
1980s,
is outdated
and
does
not
provide
either
the
internal
or
external
spaces
or
amenities
valued
by
contemporary
firms.
Some
of
the
buildings
are
vacant
and
the
area
is
generally
underutilized.
,.
The
character
and
development
of
the
PHD
Specific
Plan
Area
and
its
surroundings
is
relatively
inhospitable
to
pedestrians
and
bicyclists.
The
size
of
blocks
and
lack
of
interconnected
roadways
or
internal
circulation
limits
movement
through
the
area.
As
a further
deterrent
to
pedestrian
activity,
the
streetscape
in the
PHD
Specific
Plan
Area
isauto-dominated,
with
missing
sidewalks
and
few
pedestrian
crossings.
and
utilities,
such
as
streetlights,
as
well
as
the
Hetch
Hetchy
easement
that
runs
along
the
site's
northern
border.
A Single
-story
Building
Set
Back
from
the
Street
2.3.2.1 Streetscape
Infrastructure
visible
on
-site
infrastructure
includes
local
streets
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i
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l
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Mission
Coil
ege
BIW
~~
Mission
~
o
i
Community
-
,
College
FIGURE
2.3B:
EXISTING
LAND
USE
Santa
Clara
Existing
Land
Use
Sunnyvale
Existing
Land
Use
Study
Area
Low
Density
Office/R8D
Public(Quasi
Public
Low
Density
Residen[ial
—
- -
Ciry
Boundary
High
Density
Ofcice/R80
Light
Industrial
. ~__-:_
nloblle
Home
Park
Creeksf
Water
Bodies
~
Regional
Commercial
- ,
Public
Facilities
1~
_ „.
tiz0 F Q z0U (
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2.3.2.2 Parkland
The
PHD
Specific
Plan
Area
is
poorly
served
by
parkland
infrastructure.
Although
the
area
abuts
the
Calabazas
Creek
Trail,
there
are
no
access
points
to
the
trail
from
within
the
PHD
Specific
Plan
Area.
The
nearest
access
points
to
the
trail
are
located
to
the
north
of
the
area
at
Tasman
Drive
and
on
the
southern
boundary
at
Mission
College
Boulevard.
Two
neighborhood
parks,
Agnew
and
Fuller
Street
Parks,
are
located
about
a mile
east
of
the
PHD
Specific
Plan
Area.
The
10-acre
Youth
Soccer
Park
is
in
the
North
Santa
Clara
area.
Each
of
these
facilities
is
more
than
a
30-minute
walk
from
the
PHD
Specific
Plan
Area.
San
Tomas
Aquino
Trail
Q
n
j
D
cm
Qn
mn'
4 Q
Q
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Q
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NQ
PATRICK HENRY DRIVE SPECIFIC PLAN EXISTING CONDITIONS N
2.4 LAND
USE
AND
ZONING
2.4.7. Land
Use
The
entire
PHD
Specific
Plan
Area,
including
the
entirety
of
developable
land,
is
designated
Light
Industrial
(ML).
This
land
-use
classification
is intended
to
accommodate
manufacturing,
distribution,
and
warehousing
uses
within
an
enclosed
building
(see
Figure
2.3B:
Existing
Land
Use
Map).
Electronic
Manufacturing
and
Sales
in
PHD
2.4.2 Zoning
A 9-acre
portion
of
the
PHD
Specific
Plan
Area
The
PHD
Specific
Plan
Area
is
predominately
located
along
the
northern
border
is zoned
zoned
Light
Industrial
(ML).
This
zoning
PD
-Planned
Development,
which
allows
a novel
permits
a variety
of
industrial,
manufacturing,
mix
of
land
uses,
creative
planning,
subdivision,
and
commercial
uses
at
varying
scales
and
and/or
ownership
structure
not
allowed
in
other
intensities.
Although
this
zoning
is
consistent
zoning
districts.
with
the
General
Plan's
land
use
designations,
it
is inconsistent
with
the
long-term
vision
for
the
site
established
by
both
the
General
Plan
and
the
Specific
Plan.
G.
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:_ I'
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—
V
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i
_-
i
r'
I
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J
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FIGURE
2.4:
EXISTING
ZONING
Santa
Clara
Existing
Zoning
Sunnyvale
Existing
Zoning
Stutly
Area
PD
- Planned
OevelopmeM
~
B
- PubiidQuasi
Public
RO
-Low
Density
Residential
—
- -
City
Bountlary
~
ML
• Ught
Industrial
~
A-
Agncultural
RMH
-Residential
Mobile
home
Creeks)
Water
Bodies
MP
-Planned
Indust~al
CP
-Commercial
Park
PF
-Public
Fadli[ies
~
CT
-Thoroughfare
Commercial
—7
N
o
sco
z0 H A z0U (
7 z E kW Z a U vwa 0 z2 U Qd
2.5 REGULATORY
CONTEXT
The
City
of
Santa
Clara
2010-2035
General
Plan
is the
overarching
policy
document
governing
future
uses
within
the
PHD
Specific
Plan
Area.
The
Specific
Plan
is a zoning
and
development
tool
that
will
implement
the
General
Plan,
which
envisions
revitalization
of
North
Santa
Clara
and
the
PHD
Specific
Plan
Area
into
a district
composed
ofhigher-density
residential
antl
mixed
-use
neighborhoods
with
a full
complement
of supportive
services.
Along
with
the
General
Plan,
several
other
documents
and
planning
efforts
that
provide
direction
for
the
future
are
described
below.
2.5.7 City
of
Santa
Clara
2010-2035
General
Plan
The
City's
General
Plan
establishes
a guiding
framework
applicable
to
all
future
land
use
planning
and
development
efforts.
Contained
within
this
framework
are
long-range
goals
and
policies
that
are
applicable
to
all
land
uses
within
the
City
to:
• Reduce
dependence
on
single
occupancy
vehicles;
•
Ensure
consistency
between
new
development,
the
General
Plan,
Zoning
Ordinance,
Capital
Development
Program
and
other
implementing
regulations;
• Encourage
development
that
minimizes
vehicle
miles
traveled,
capitalizes
on
public
investment
in
transit
and
infrastructure,
and
is
compatible
with
adjacent
uses;
and
• Identify
opportunities
for
public
participation
in
the
review
process
for
new
development
and
other
planning
efforts,
including
Specific
Plans.
As
described
in
the
General
Plan,
Santa
Clara
is
largely
built
out,
with
approximately
97 percent
of
its
land
area
developed
in
a predominately
low
-intensity
suburban
pattern.
As
a
result,
new
businesses
and
residences
need
to
be
directed
to
areas
where
existing
development
can
be
enhanced
and
intensified
to
achieve
denser,
more
efficient
land
use
patterns.
This
planned
growth
can
enhance
the
community's
quality
of
life
and
foster
economic
vitality
with
minimal
to
no
adverse
effects
on
surrounding
areas
that
the
City
wishes
to
preserve.
C
J
To plan
the
future
of
North
Santa
Cara,
the
City
has
completed
several
large-scale
planning
efforts
within
the
vicinity
of
the
PHD
Specific
Plan
Area.
The
intent
is
to
transform
North
Santa
Clara
into
a complete
community
of
distinct
complementary
neighborhoods
composed
ofhigh-intensity
residential,
office
and
entertainment
uses,
each
with
a unique
sense
of
place.
2.5.2 Pedestrian
Master
Plan
(2019)
The
City's
Pedestrian
Master
Plan
recognizes
challenges
for
pedestrian
access
in
Santa
Clara
due
to
dispersed
land
uses,
and
several
major
roadways
and
transit
lines
that
act
as
barriers
with
limited
pedestrian
crossing
opportunities.
The
Pedestrian
Master
Plan
provides
a blueprint
for
creating
safe,
comfortable,
and
enjoyable
conditions
for
walking.
2.5.3 Bicycle
Masfer
Plan
(2018)
The
City
adopted
the
Bicycle
Master
Plan
Update
to
further
enhance
bicycle
access
and
infrastructure
throughout
Santa
Clara.
The
City
invested
in
a 70
-mile
bicycle
network
that
includes
over
11 miles
of
car
-free
shared
-use
paths
over
the
past
five
years.
However,
bike
lanes
along
major
arterials,
barriers,
and
gaps
in the
system
still
prevent
cyclists
from
reaching
many
employment,
transit,
schools,
and
retail
destinations.2.5.4
Multimodal
Improvement
Plan
(2o~s~The
City
of
Santa
Clara
Multimodal
Improvement
Plan
(MIP)
was
prepared
in
response
to
Congestion
Management
Program
deficiencies
identified
in
connection
with
the
Related
Santa
Clara
project.
The
MIP
includes
projects
that
would
benefit
the
North
Santa
Clara
area,
including
the
Great
America
Intermodal
Station
Master
Plan.
The
Station
Master
Plan
project
will
be led
by
VTA
with
support
of
the
City
of
Santa
Clara,
Altamont
Commuter
Express
(ACE)
and
Capitol
Corridor.
The
scope
of
the
study
will
look
at long-term
improvements,
connections
to
other
modes
and
nearby
land
uses,
accommodating
ACE
and
Capitol
Corridor
expansion
plans,
and
developing
station
concepts.
z0 F A z0v z F xW a V wa w 0 zwY aa
2.5.5 Creek Trail Expansion Feasibility
Study (2073) and Expansion Master Plan
(2027)
The City adopted a Creek Traii Network
Expansion Feasibility Report that evaluated three
key corridors including the Calabazas Creek and
Hetch Hetchy corridor. In 2020, it began a Master
Plan to build on this work and recent investments.
The plan identifies both the SFPUC right-of-
wayand the Calabazas Creek in the vicinity of
the PHD Specific Plan Area as potential Class
facilities.
2.5.6 Tasman East Specific Plan (2098)
The Tasman East Specific Plan applies to an
existing 45-acre industrial neighborhood
bounded by Tasman Drive to the south, the
Guadalupe River to the east, the Santa Clara golf
course to the north, and Lafayette Street to the
west.
The plan creates a framework for the
development of ahigh-density, transit-oriented
neighborhood with supportive retail services
and amenities, and improved transit access. At
full buildout (estimated by 2040), approximately
4,500 dwelling units, and 100,000 square feet of
2.5.7 Great America Theme Park Master
Plan (2017)
The Santa Clara City Council approved the Great
America Theme Park 20 Year Master Plan, which
included rezoning the 112-acre theme park
from Thoroughfare Commercial (CT) to Planned
Development (PD) and establishing specific
development and use standards. The Master
Plan and PD Zoning addresses the installation of
new rides, replacement of rides and attractions,
expansion to ayear-round operation, expansion
of current hours of operation and the construction
of a year-round commercial/entertainment district
that includes restaurants, concert venues, night
clubs, and shops open to the public outside of
the theme park gates. At full buildout in 2040, the
Plan anticipates 100,000 square feet of new retail
space and the repurposing of 40,000 square feet
of existing building square footage.
2.5.8 Relafed Santa Clara (2016)
A General Plan Amendment for the 240-acre
Related Santa Clara (formerly City Place Santa
Clara) project site anticipates construction of
a new multi-phased, mixed-use development
by the year 2030 including: up to 9.16 million
gross square feet of office buildings, retail, and
entertainment facilities;1,800 residential units;
hotel rooms; surface and structured parking
facilities; new open space; landscaping, roads;
and new/upgraded/expanded infrastructure and
utilities.
retail space are anticipated.
2.5.9 Mission Point by Kylli
A General Plan Amendment for the 46-acre
Mission Point site (formerly Kylli/Democracy Way,
located just north of the PHD Specific Pian Area)
amends the designation of a 9-acre portion of the
property from High-Intensity Office/Research to a
newly established mixed-use designation to allow
for ahigh-intensity mix of office, commercial and
residential uses.
2.5.70 Freedom Circle Focus Plan Area
(2021)
The City is developing a Future Focus Area Plan
for Freedom Circie in northern Santa Clara to
establish future capacity and an overall vision
for a new, mixed-use community. Significant
redevelopment interests have provided impetus
for the City to explore the inclusion of housing in
the area to fulfill citywide goals and policies.
2.5.99 Mission College Facilities Master
Plan (2018)
Mission College is bounded by 101 Freeway
to the south, the FC Specific Plan Area to
the east, the PHD Specific Plan Area to the
north, and Calabazas Creek to the west. The
Facilities Master Plan envisions the physical
redevelopment, renovation, and expansion
of Mission College over the next 10-20 years.
Anticipated development on the existing campus
will include several new sports facilities, a storage
facility, a police center, portable buildings, and an
interdisciplinary plaza. A new Community/Lecture/
Performance venue will also extend the campus
north into the adjacent parking lot.
z0
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V
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4 R
28 2.6
CIRCULATION
Improving
circulation
and
enhancing
overall
multimodal
mobility
throughout
the
PHD
Specific
Plan
Area
are
important
initiatives
of
the
PHD
Specific
Plan.
This
section
provides
an
overview
of the
existing
transportation
network
and
systems
serving
the
area.
2.6.7 Highway
and
Major
Road
Network
Santa
Clara
is generally
well
served
by
the
regional
transportation
system
(see
Figure
2.6A:
Regional
Road
Network).
Its
geographic
location
at the
center
of
the
Valley
provides
strategic
highway
access,
and
commuter
and
light
rail
connections
to
cities
and
attractions
throughout
the
Bay
Area.
The
eight
-lane
US
Highway
101
(US
101)
traverses
east
-west
through
the
center
of
Santa
Clara,
while
State
Route
237
(SR
237)
runs
just
to
the
north,
antl
Interstates
880
(I-880)
and
280
(I-280)
abut
the
southeast
and
southwest
corners
of
the
City,
respectively.
The
EI
Camino
Real
corridor
passes
east
-west
through
Santa
Clara
and
serves
as an
important
east
-west
thoroughfare
linking
Santa
Clara
> San
Jose,
and
Sunnyvale.
Regional
access
within
Northern
Santa
Clara
is provided
via
US
101
and
SR
237
via
their
interchanges
with
Great
America
Parkway,
Lawrence
Expressway,
and
Montague
Expressway.
Running
north
-south
through
Santa
Clara,
Great
America
Parkway/Bowers
Avenue
is a mainly
six
-lane
arterial
street
that
begins
at
US 101
and
e~ends
northward
to
SR
237.
South
of US
101,
it is
also
known
as
Bowers
Avenue/
Kiely
Boulevard.
Tasman
Drive
afour-lane
east-
westarterial
runs
from
Morse
Road
in
adjacent
Sunnyvale
to
I-880
in
Milpitas
where
it becomes
Great
Mall
Parkway.
2.6.2 Collector
and
Local
Street
NetworkWhile
the
PHD
Specific
Plan
Area
is adjacent
to several
major
arterial
roads,
the
local
street
network
within
the
site
is limited
and
not
designed
to
accommodate
multiple
modes
of
transportation,
nor
does
the
existing
bicycle
and
pedestrian
network
connect
to
public
amenities
and
destinations.
Consistent
with
the
rest
of
North
Santa
Clara,
vehicular
access
to
the
PHD
Specific
Plan
Area
is facilitated
by
area
freeways
(US
101
and
SR
237),
major
arterial
roads,
and
a
handful
of
collector
streets.
Tasman
Drive,
located
approximately
one
half
-
mile
north
of
the
PHD
Specific
Plan
Area,
serves
as an
important
transit
corridor
along
which
several
light
rail
stations
are
located.
Great
America
Parkway
serves
as
the
eastern
boundary
of the
PHD
Specific
Plan
Area
and
provides
connections
to
both
regional
highways
and
local
destinations
including
the
Great
America
Theme
Park.
Mission
College
Boulevard,
another
large
arterial
located
west
of
Great
America
Parkway
provides
the
southern
boundary
of
the
PHD
Specific
Plan
Area
and
access
to
the
community
college
campus.
Patrick
Henry
Drive
is slow
-traffic
collector
street
in the
PHD
Specific
Pian
Area
that
extends
west
from
Great
America
Parkway
before
looping
north
up to
Tasman
Drive.
Old
Ironside
Drive,
another
low
-traffic
collector
street,
extending
north
from
Patrick
Henry
Drive
to
the
Hetch
Hetchy
right-of-
way
at
the
area's
north
border.
While
not
within
the
PHD
Specific
Plan
Area,
Democracy
Way
runs
just
south
and
parallel
to
Tasman
Drive
and
provides
a short
0.3 -mile
alternate
low
-traffic
connection
between
Patrick
Henry
Drive
and
Old
Ironside
Drive.
Due
to
the
large
-lot
industrial
development
pattern
and
limited
number
of
roadways
within
the
PHD
Specific
Plan
Area,
linkages
and
connectivity
across
the
site
are
poor.
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PATRICK HENRY DRIVE SPECIFIC PLAN EXISTING CONDITIONS '
~- - ~1a~ :~" ' 9i~t~ ~~ ' ~ ~ _ ~-
. _ ~~4. ~~
-•~
.. _~
Tasman Light Rail
` " ~,~
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r~l
__ _
Patrick Henry Drive Shuttle
~, — y,: - .
" ~ ~5~,
i ;n •~,.
Great America Santa Clara Station Surface Parking Lot Along Patrick Henry Drive
~
s s
-
-~
C
ITY
OF
S
UNNYVALE
Ralamo~.
Ave
DRas
W
M
v~rtor.
n.~
urscac
Nuwral
Area
Fartwsy
'
Glen
Park
~,
a
',
~.~
~
i
Lick
Mill
Park
i
~
i
~
i
~
~~
—
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FIGURE
2.6B:
ACTIVE
TRANSPORTATION
NETWORK
[
~— ;
Stutl
area
aarcei
.
• •
-
N
_ _.
y
~
YEA
Light
Rail
Une
Lowl
Bus
Route
-
aCE
Shuttle
Trail
. _
..
City
BounCary
T
VTA
Lighc
Rail
Stop
Limited
Bus
Routc
~
Class
(Shared
-Use
Path
—
—
P~oposetl
Treil
Dark/Open
Space
_...—
,e,~E/Capitol
Corritlor
--
Express
Bus
Roue
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2.6.3 Pedestrian
and
Bicycle
Facilities
In Northern
Santa
Clara,
existing
pedestrian
facilities
include
sidewalks,
crosswalks,
and
pedestrian
signals
at
signalized
intersections.
However,
sidewalks
are
missing
on
portions
of both
arterial
antl
connector
streets,
making
navigating
the
area
by
foot
difficult.
Sidewalks
or
separated
pedestrian
pathways
exist
along
most
of
the
streets
surrounding
the
Specific
Plan
Area
but
are
missing
on
one
side
of
the
street
along
portions
of
Tasman
Drive,
Patrick
Henry
Drive,
Old
Ironside
Drive
and
Democracy
Way.
In
addition,
at
many
intersections,
crosswalks
on
one
or
more
approaches
do
not
comply
with
the
requirements
of
the
Americans
with
Disabilities
Act
(ADA).
While
bike
lanes
and
bike
paths/trails
are
limited
in
Northern
Santa
Clara,
many
of
the
collectors
and
local
streets
are
wide
enough
to accommodate
future
bike
lanes.
The
City's
current
Creek
Trail
Network
Expansion
Master
Plan
project
proposes
Class
I paths
along
the
Calabazas
Creek
and
Hetch
Hetchy
corridors.
The
Calabazas
and
San
Tomas
Aquino
Creek
Trails
both
run
north
south
and
are
the
primary
bicycle
and
pedestrian
routes
through
the
area
(see
Figure
2.6B:
Active
Transportation
Network).
In the
vicinity
of
the
PHD
Specific
Plan
Area
trails.
However,
there
are
currently
no
marked
bike
lanes
on
Patrick
Henry
Drive,
Old
Ironsides
Drive,
or
Democracy
Way.
However,
per
the
City's
Bicycle
Master
Plan,
future
streetscape
improvements
and
multimodal
enhancements
in the
area
will
include
new
dedicated
bike
pathways,
including
separate
Class
IV
facilities
along
Patrick
Henry
Drive,
Old
Ironsides,
and
Great
America
Parkway.
Further,
the
Hetch
Hetchy
and
Calabazas
Creek
corridors
provide
opportunities
to
expand
off-street
bicycle
and
pedestrian
facilities.
The
Calabazas
Creek
Trial
Offers
Opportunity
for
Improved
Bicycle
and
Pedestrian
Travel
there
are
several
bike
lanes
and
bike
paths/
2.6.4 Transit Service
Santa Clara is served by several transit providers
and routes that offer connections to local and
regional destinations. Caltrain connects to San
Jose to the south and runs north up the peninsula
to San Francisco. Amtrak and Altamont Commuter
Express (ACE) trains connect to the East Bay and
Sacramento regions, antl the Santa Clara Valley
Transportation Authority (VTA) offers bus and
light rail service. Future transit plans include a
new Bay Area Rapicl Transit (BART) Station to be
located at the Santa Ciara Caltrain Station.
Within Northern Santa Clara, existing transit
service includes: bus and light rail transit
provided by the VTA; the ACE commuter rail
service between the Central Valley and Silicon
Valley with shuttles that connect City North to the
Great America Transit Station provided by the San
Joaquin Regional Rail Commission (SJRRC); and
passenger train service between San Jose and
Sacramento and the foothills of the Sierra Nevada
with stops at the Great America Transit Station.
Transit Stations or Transit Centers are
concentrated near high-intensity development
along major transportation corridors like Great
America Parkway.
Transit service within one-half mile of the PHD
Specific Plan Area includes multiple VTA local,
limited stop, and express bus routes, and VTA
Light Rail Orange and Green Lines along the
Tasman Corridor, which is an approximately
10-minute walk or 4-minute bike ride from any
portion of Plan Area. The 2019 New Transit
Service plan redesigned the transit network to
increase ridership and expand the network of
frequent routes. As a result, the Plan Area is
served by Route 57 along Great America Parkway
(at Old Glory Lane and Patrick Henry Drive), which
operates at 15-20 minute weekday and Saturday
frequency and 30-minute Sunday frequency.
There are several other bus stops served by VTA
routes on Tasman Drive and Mission College
Boulevard.
Although not within the Plan Area, local
commuters also use Caltrain, which provides
commuter rail service from San Francisco in the
north through San Mateo County to Santa Clara
County in the south. Commuters to the Plan
Area can access the Sunnyvale and Santa Clara
Caltrain Stations, which are located approximately
five miles from the site, via bus Routes 55 and 60.
Commuter rail service connection to the Capitol
Corridor Amtrak Santa Clara at the Great America
station is approximately one mile (orten-minute
bike ride) from the Plan Area and accessible by
the ACE Green Shuttle along Patrick Henry and
Old Ironsides Drives. Amtrak connects to Oakland
and other East Bay destinations as well as
Sacramento and San Jose.
The Mountain View-Alum Rock Orange light
rail line runs along Tasman Drive in the project
vicinity with east-west connections between
Mountain View and Alum Rock Station. The
Orange Line's Old Ironsides and Great America
Stations are nearest to the Plan Area. The Orange
Line also provides connections to BART at the
Milpitas BART station stop. The Old Ironsides —
WinchesterGreen Line runs along Tasman Drive
and provides north-south connections between
Campbell and Old ironsides station through
Downtown San Jose.
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2.7 INFRASTRUCTURE
A strong
backbone
of
efficient
and
flexible
infrastructure
is
vital
for
supporting
ahigh-caliber
quality
of
life
and
amenities
for
future
residents,
businesses,
and
visitors
in
the
PHD
Specific
Plan
Area.
This
section
summarizes
baseline
conditions
of
the
existing
public
and
private
utilities
that
serve
the
PHD
Specific
Plan
Area.
2.7.7 Water
Supply
and
Infrastructure
A 12
-inch
water
main
runs
along
Great
America
Parkway
at
the
project's
eastern
boundary
line
from
Old
Glory
Lane
to
Patrick
Henry
Drive.
In
addition,
there
are
two
recycled
water
mains
running
through
PHD
Specific
Plan
Area.
2.7.2 Wastewater
Conveyance
and
TreatmentWastewater
from
the
PHD
Specific
Plan
Area
is conveyed
through
the
City
of
Santa
Clara's
wastewater
collection
system
to
the
San
Jose/
Santa
Clara
Regional
Wastewater
Facility
(SJ/SC
RWF).
The
SJ/SC
RWF
Plant
provides
wastewater
treatment
for
the
cities
of
San
Jose,
Santa
Clara,
Milpitas,
Campbell,
Cupertino,
Los
Gatos,
Saratoga,
and
Monte
Sereno.
The
existing
sanitary
sewer
system
serving
the
PHD
Specific
Plan
Area
consists
of
predominately
12 -inch
vitrified
clay
pipe
(VCP).
It is
anticipated
that
the
existing
pipe
will
need
to
be
upsized
to
a 15
-inch
sewer
line
to
increase
capacity.
2.7.3 Storm
Drainage
and
Treatment
The
current
network
of
storm
drain
pipes
in
the
PHD
Specific
Plan
Area
drains
to
San
Tomas
Aquino
Creek
through
the
Westside
Storm
Drain
Pump
Station
on
Old
Mountain
View-Alviso
Road.
The
City
of
Santa
Clara's
Storm
Drain
Master
Plan
does
not
require
any
improvements
to
be
completed
within
the
PHD
Specific
Plan
Area.
2.7.4 Dry
Utilities
Gas,
electricity,
telecommunications,
and
cable
television
services
will
be
provided
to
the
site
by PG&E,
Silicon
Valley
Power
(SVP),
AT&T,
and
Comcast,
respectively.
Costs
to
provide
gas
and
electricity
to
each
development
area
will
be
borne
by
the
developers,
to
the
extent
off
-site
infrastructure
is
required.
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Community
participation
was
foundational
to
the
development
of
the
Patrick
Henry
Drive
(PHD)
z0
Specific
Plan.
Community
members,
stakeholders,
and
property
owners
shaped
a
vision
for
the
PHD
y
Specific
Plan
Area
and
provided
feedback
and
guidance
throughout
the
planning
process,
resulting
in
an
z
implementable
Specific
Plan
with
a
broad
base
of
support.
This
chapter
describes
the
engagement
process
W
and
outlines
the
planning
fr
amework
that
emerged
to
spur
transformation
of
the
underutilized
industrial
oa
and
commercial
area
into
ahigh-density,
mixed
-use
residential
community
with
walkable
streets
and
a
;;E
range
of
neighborhood
-serving
amenities,
including
new
public
parks,
interconnected
pedestrian
and
bicycle
infrastructure,
vibrant
ground
-floor
retail,
and
new
community
spaces.
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1 W K D Y Z W 2 Y U H Qd
38 3.1
COMMUNITYENGAGEMENT
STRATEGY
A
ND
PROCESS
The
project
team
carried
out
amulti-pronged
community
engagement
strategy
that
solicited
input
and
feedback
from
community
stakeholders
at every
phase
of
planning.
This
included
one-
on-one
and
small
group
stakeholder
interviews,
Technical
Advisory
Committee
and
Stakeholder
Steering
Group
meetings,
Community
Workshops,
and
several
staff
-led
Study
Sessions
with
City
Council
and
the
Planning
Commission.
Meetings
and
events
were
scheduled
around
project
milestones
to
ensure
engagement
and
input
at
critical
decision
points.
3.1.7 TechnicalAdvisoryCommittee
The
Technical
Advisory
Committee
(TAC)
is
an advisory
group
representing
the
diverse
perspectives
of
several
City
departments
and
local
agencies.
The
group
was
consulted
throughout
the
planning
process
to
provide
substantive
input
into
PHD
Specific
Plan
direction,
project
feasibility,
and
implementation
strategies.
The
first
of
the
two
TAC
meetings
provided
an overview
of
the
planning
principles
and
preliminary
concepts
for
the
PHD
Specific
Plan.
The
feedback
helped
the
team
refine
the
vision
for
the
PHD
Specific
Plan
Area
and
informed
the
plan
concepts
and
priorities.
The
TAC
reconvened
to
review
the
administrative
draft
plan.
In
this
second
meeting,
the
group
provided
feedback
and
input
on
a variety
of
mobility,
land
use
and
urban
design
issues.
In addition
to
participation
in
these
meetings,
TAC
members
and
other
City
and
agency
staff
were
consulted
on
an
ad
-hoc
basis
throughout
the
development
and
review
of
the
Specific
Plan,
providing
the
project
team
with
critical
input
and
feedback.3.7
2 Stakeholder
Steering
Group
The
Stakeholder
Steering
Group
(SSG)
was
composed
of
developers,
property
owners,
and
other
representatives
from
the
PHD
Specific
Plan
Area,
including
the
project
funding
partners.
Early
in the
planning
process,
the
consultant
team
held
one-on-one
and
small
group
interviews
with
property
owners
and
developers
representing
each
property
in
the
PHD
Specific
Plan
Area,
as well
as
other
interested
stakeholders.
These
initial
meetings
identified
concerns,
challenges,
opportunities,
and
priorities
for
the
PHD
Specific
Plan
Area.
The
planning
team
convened
a series
of
SSG
meetings
dedicated
to
refined
PHD
Specific
Plan
Area
concepts
and
a proposed
cost
-sharing
framework
that
would
distribute
infrastructure
and
redevelopment
costs
equitably
among
stakeholders.
Following
the
third
meeting
with
the
SSG,
the
team
followed
up
with
area
stakeholders
in
large
and
small
group
settings
to both
obtain
detailed
information
regarding
intended
development
programs
and
address
outstanding
questions,
comments,
and
other
information
regarding
the
planning
process.
The
project
team,
including
City
staff,
agency
representative
and
members
of
the
consultant
team,
met
regularly
with
the
SSG
during
PHD
Specific
Plan
development
and
environmental
review
to
coordinate
efforts,
track
progress,
and
provide
strategic
input
and
focused
feedback
on
draft
work
products.
3.1.3 Community Workshops
Two community workshops provided
opportunities for community members to learn
more about the PHD Specific Plan process and
provide input on key concepts.
Community Workshop #1: Vision
The focus of the first workshop was multifold:
to present planning principles for the PHD
Specific Plan and Freedom Circle areas and learn
about community priorities in order to refine
the overarching vision and identify emerging
concepts for the urbanizing area. The workshop
was conducted as a joint session with the Mission
Point project.
The workshop included an introductory
presentation followed by an interactive open
house with four stations: North Santa Clara,
Patrick Henry Drive, Freedom Circle, and
Mission Point. Open house exercises prompted
participants to rank examples of height, scale,
and intensity for the different project areas, as
well as share ideas about parks and open space,
community amenities, and transportation.
Community members directed the project team
to create a "complete community" within the PHD
Specific Plan Area, including ample community
amenities such ~s a library, community meeting
space, and neighborhood-serving commercial
uses. Participants supported high residential
densities and tall buildings as long as the street
level provided amixed-use environment.
Community Workshop # 2: Draft Plan. The
second community wokshop was held via Zoom
to adhere to public health directives during the
COVID-19 pandemic. The project team presented
the draft PHD Specific Plan, focusing on land use
and urban design. Community feedback included
support of a new mixed-use community with
affordable housing. Residents expressed concern
about traffic impacts.
3.7.4 City Study Sessions
The planning team held study sessions with City
Council and the Planning Commission to ensure
that City leadership was up-to-date on progress,
provided direction on key policy issues and
supported the draft Specific Plan policies and
implementation actions. City leaders provided
input to ensure housing growth and density
were delivered in a sustainable manner that
contributed vibrancy and benefits to the overall
Santa Clara community.
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V
3.2 VISION
AND
PLANNING
PRINCIPLES
Community
and
stakeholder
input
informed
a vision
antl
planning
principles
for
the
PHD
Specific
Plan
Area.
3.2.7 Vision
The
overarching
vision
for
Santa
Clara
City
North
is to
develop
as
a complete
community
of
distinct,
complementary
neighborhoods,
each
with
its
own
unique
identity
built
on
placemaking,
and
an
attractive
public
realm.
As
one
of
these
distinctive
neighborhoods,
the
PHD
Specific
Plan
Area
is
set
to
transform
into
a new
mixed
-use
urban
residential
neighborhood
composed
of
a fiscally
sustainable
mix
of
land
uses
including
high
-
density
residential,
office,
and
supportive
services
complemented
by
the
necessary
infrastructure.
There
are
two
planning
scenarios
A and
B,
including
residential
and
office
development
uses,
to
enable
properties
to
flexibly
respond
to
market
conditions
over
time.
Embraced
by
both
City
leadership
and
area
stakeholders,
higher
-density
residential
development
can
help
address
the
City's
housing
needs
and
create
a vibrant
and
diverse
community.
The
PHD
SP
targets
the
development
of up
to
12,000
residential
units
at
full
build
-out,
with
densities
ranging
from
65 to
250
dwelling
units
per
acre.
A minimum
of
15 percent
of
all
units
within
the
PHD
Specific
Plan
Area
will
be
affordable
by
deed
restriction
to
households
making
at
or
below
80 percent
of
the
area
median
income.
These
land
use
and
density
changes
will
provide
a net
positive
impact
on
the
area's
fiscal
sustainability.
New
development
will
contribute
to
significant
growth
in
the
land
value
and
property
tax
base
and
increase
sales
tax
revenue
resulting
in
fiscally
positive
land
uses
and
reduced
per
capita
service
costs.
Not
only
will
high
-density
development,
in
the
form
of
5-to
25-story
residential
and
commercial
buildings,
result
in
more
efficient
land
utilization,
but
it will
also
help
protect
established
neighborhoods
from
development
pressures.
New
development
will
be
complemented
by
an
attractive
street
environment
complete
with
a
highly
walkable
pedestrian
realm
and
innovative
mobility
options.
Twenty-two
percent
or
more
of
the
total
PHD
Specific
Plan
Area
will
be
used
as
dedicated
public
parks
or
other
open
spaces.
Full
build
-out
of
the
site
is
anticipated
to
occur
over
the
next
20 years,
as
the
development
responds
to the
fluctuations
of
local
and
global
market
conditions.
1. COMPLETE
NEIGHBORHOOD
The
PHD
Specific
Plan
Area
will
evolve
into
aself-sufficient
neighborhood
composed
of
a rich
variety
of
places
to
live,
play,
gather
and
engage.
New
land
-use
designations
and
zoning
will
provide
a
mix
of
core
community
uses
to
ensure
adequate
access
to
goods
and
services
for
the
thousands
of
new
residents.
Residents
will
also
enjoy
easy
access
to
nearby
job
opportunities.
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2. VARIED HOUSING OPTIONS
An array ofmulti-family residential types will attract a broad range of residents and households, contributing to neighborhood character and a sense of community while meeting demand. Affordable housing units will ensure the area is accessible to more residents and support a diverse population.
3. BALANCED MULTI-MODAL MOBILITY
Patrick Henry Drive will be transformed from an auto-dominated environment into a neighborhood that supports all travel modes including walking, cycling, transit, and driving. Retrofitted and new street design will ensure a welcoming, comfortable, and safe environment for pedestrians and cyclists, while efficiently moving necessary vehicle traffic. Pedestrian- friendly streetscapeswill: be accessible to all; help activate street frontages; and stimulate use of community amenities. The new environment will accommodate rideshare, shuttle, and other mobility innovations.
4. TRANSIT
-ORIENTED
DEVELOPMENT
An improved
local
mobility
and
circulation
network
will
support
the
use
of
existing
and
future
transit
infrastructure,
including
VTA
light
rail
along
the
Tasman
Corridor,
bus
transit
along
Great
America
Parkway,
and
multi
-use
trails
along
Calabazas
Creek
and
the
Hetch
Hetchy
right-of-way.
Patrick
Henry
Drive
residents
and
employees
will
be
connected
to
local
amenities
as well
as
regional
destinations
via
transit
options.
5. HUMAN
-SCALE
PUBLIC
REALM
Community
amenities
will
activate
public
spaces
and
create
hubs
of
social
activity
with
a library,
parks,
plazas,
and
pathways.
Elevated
urban
and
streetscape
design
will
create
an
active,
comfortable
pedestrian
realm
at a human
scale
and
a cohesive
neighborhood
environment,
while
accommodating
high
residential
densities.
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6. DIVERSE
OPEN
SPACES
The
PHD
Specific
Plan
Area
will
be
served
by
a connected
network
of
parks,
plazas,
and
open
spaces
that
provide
opportunities
for
passive
and
active
recreation,
events,
programs,
and
informal
or
structured
social
gathering.
Traditional
parks
will
complement
urban
plazas
and
active
streetscapes.
The
open
space
network
will
provide
a variety
of
spaces
that
are
flexible
enough
to accommodate
a variety
of
activities
and
uses
for
all
ages
and
abilities.
7. BUILDING
A
VIBRANT
MIDDLE
CLASS
Encourage
the
use
of
a local
construction
workforce
and
local
business
sourcing
in
the
buildout
within
the
Plan
area.
The
employment
of
a local
construction
workforce
that
pays
family
-supporting
wages
will
generate
sales
tax
revenue
for
the
City
as
those
wages
are
recirculated
within
the
City's
business
community.
The
availability
of
a trained
construction
workforce
is
essential
for
the
success
in
implementing
the
PHD
Specific
Plan
therefore
the
employment
of
apprentices
in
State
of
California
approved
training
programs
will
also
be
encouraged.
PATRICK HENRY DRIVE SPECIFIC PLAN COMMUNITY PROCESS AND VISION
tam*,
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D
rawing
on
stakeholder
input
and
detailed
planning
and
design
analyses,
the
Development
Framework
xa
includes
policies
to
guide
future
development
within
the
PHD
Specific
Plan
Area.
The
Development
~W
Framework
will
bring
the
community
-based
PHD
Specific
Plan
Area
vision
and
principles
from
Chapter
3 ~a
to
life
and
provide
the
foundation
for
the
detailed
design
standards
and
guidelines
in
Chapter
5. Fzw a Oaw
This
chapter
addresses
the
following
elements,
along
with
related
policies,
that
are
vital
to
creating
the
desired,
cohesive
improvements
in
the
PHD
Specific
W
Plan
Area.
" z
Development
Capacity
aaU
Urban
Design
U
• Allowable
Land
Uses
• Affordable
Housing
Z
Parks,
Recreation
and
Open
Space
Y V
Mobility,
Circulation,
and
Parking
Qa
• Sustainability
41 DEVELOPMENTCAPACITY
There
are
two
potential
PHD
Specific
Plan
Area
buildout
scenarios
anticipated
for
implementation
by 2040
(see
Table
4.1:
Development
Capacity).
Both
scenarios
envision
a vibrant,
mixed
-use
residential
neighborhood
with
local
amenities,
while
providing
property
owners
the
flexibility
of
determining
new
uses
for
their
sites
depending
upon
market
conditions.
Either
scenario
would
be
estimated
for
implementation
by
2040.
Table
4.1:
Development
Capacity
4.2 URBAN
DESIGN
The
following
urban
design
principles
and
policies
ensure
that
investment
and
new
development
projects
in
the
PHD
Specific
Plan
Area
work
cohesively
to
evolve
the
area
into
a
distinct,
vibrant
urban
neighborhood
(see
Figure
4.2:
Urban
Design
Framework).
The
Design
Guidelines
in
Chapter
5 provide
specific
direction
to ensure
exceptional
design
while
allowing
a
variety
of
architectural
styles.
Scenario
A
~-
12,000
~-
Retail
150,000
SF
~~-
~.
14.46 Acres
Flex
90,000
SF
Community
70,000
SF
Office
-
Scenario
B
10,300
Retail
150,000
SF
12.29 Acres
Flex
90,000
SF
Community
70,000
SF
Office
785,000
SF
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College
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-
-
--
Mission
p
Community
5 College
-
-
FIGURE
4.2:
URBAN
DESIGN
FRAMEWORK
Study
Area
~
plaza
Gotential
Trail
and
~~
Existing
Roadway
Activity
Nodes
6 eis[ing
Parcel
Wr+dscape
Dmdica[ion
~
icay
of ~~,o
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~
Retail
t~
Existen9
Grcenway
E~~
Proposed
Roadway
Gate+nays
O
Existing
Parcel
Community/
Civic
E
~
~
Proposed
Greenway
~
~oi
ae~t
-
Open
Space
~~
Fle,c
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Retails
~~~
Slow
Street
Cloq~
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—~
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Ov01ic
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rMidon[icltlMolopmon(Conceptual
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mall
roquimaitol~ico
is
r,
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acNcroPce
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50 4.2.7
Urban
Design
Principles
The
following
urban
design
and
planning
principles
draw
on
community
and
stakeholder
input
to
articulate
the
priorities
for
the
built
environment.
• Create
ahuman-scaled
public
realm
with
a
distinctly
urban
feel.
• Enliven
the
street
environment
and
create
multi
-use
activity
nodes.
• Prioritize
the
safety
and
comfort
of
pedestrians
of
all
ages
and
abilities.
• Provide
diverse
parks,
plazas,
and
open
spaces.
• Create
afine-grained
network
of
pedestrian
paths.
• Transition
building
heights
adjacent
to
lower
-density
neighborhoods.
• Accommodate
diverse
architectural
styles.
• Use
landscaping
to
create
a comfortable
pedestrian
realm
and
contribute
color
and
depth.
•
Provitle
signature
architectural
elements
on buildings
at
gateways
and
activity
nodes.
• Use
signage
appropriate
in
scale
and
orientation
to
the
primary
audience:
pedestrians
or
motorists.
4.2.1.1 ACTIVITY
NODES
• Cluster
retail,
flex,
and
community
uses
to
create
activity
nodes
that
include
places
to
socialize,
shop,
play,
and
relax.
• Create
synergies
of
use
to
support
the
viability
ofneighborhood-serving
retail
and
community
spaces.
• Center
activity
nodes
at
intersections
with
ground
-floor
retail
and
where
the
library
opens
onto
the
public
park.
• Encourage
interaction
of
people
with
spaces.
4.2.1.2 GATEWAYS
• Use
architecture,
art,
and
signage
to
mark
neighborhood
entries
and
contribute
to
local
identity
and
character,
inviting
visitors
and
creating
a destination.
• Create
a major
gateway
at
the
intersection
of Patrick
Henry
Drive
and
Old
Ironsides
Drive
and
minor
gateways
at
connections
to the
SFPUCright-of-way,
and
Mission
College.
u~w f
4.2.1.3 HEIGHTS,
EDGES
AND
TRANSITIONS
• Ensure
building
heights
respect
and
respond
to
the
character
of
areas
adjacent
to
the
PHD
Specific
Plan
Area
while
accommodating
high
-density
development.
• Locate
the
tallest
buildings
in
the
interior
of the
PHD
Specific
Plan
Area
so
that
the
overall
scale
of
the
area
decreases
as
it
approaches
the
PHD
Specific
Plan
Area
edges.
• Use
height
restrictions
and
building
stepbacks
along
the
Calabazas
Creek
to ensure
a more
gradual
transition
between
the
single-family
residential
neighborhoods
in
the
City
of
Sunnyvale
• Ensure
wide
streets
and
parcels
along
the
eastern
and
northern
edges
to
allow
for
high
-density
buildings,
while
maintaining
a
human
-scale,
street
-level
environment.
• Soften
the
transition
between
neighborhoods
with
open
spaces
along
the
west,
north,
and
northeast
borders
by
creating
active
human
-scale
environments
antl
variation
in
the
street
wall.
Building
heights
on
the
south
edge
of
the
Plan
Area
adjacent
to
Mission
College
are
mitigated
by the
surface
parking
lots
and
sports
fields.
4.2.1.4 CONNECTIONS
• Connect
residents
to
destinations,
including
parks
and
open
spaces
with
wide
sidewalks
and
bike
lanes
throughout
the
PHD
Specific
Plan
Area.
Use
yreenways
to
create
afiner-grained
circulation
network
and
break
up
large
parcels.
• Ensure
that
new
roadways
allow
for
better
ingress/egress
into
new
development
and
improve
east
-west
connectivity
while
maintaining
vehicle
traffic
flow.
• Build
new
"slow
streets"
to
allow
shared
space
between
automobiles,
pedestrians,
bicyclists,
and
differently-abled
users
and
create
a safe,
active
environment
for
all
modes.
4.2.1.5 CHARACTER
AND
ARCHITECTURE
• Accommodate
density
while
creating
a distinct,
livable,
and
memorable
neighborhood.
• Create
visual
interest
and
break
down
the
building
mass
toensure
ahuman-scale
environment
with
distinct
building
design,
fenestration,
articulation,
and
transparency
for
pedestrians.
• Include
thoughtful
design
of
ground
-floor
building
entrances
in
select
areas
to
make
them
welcoming
and
engaging.
• Soften
the
urban
environment
through
setbacks,
greenways,
and
alleys
with
ample
space
for
landscaping
and
greenery.
xa03W aw E zW wO W wA aV LL w 0r Z Y a
4.3 LAND
USE
4.3.7 Land
Use
Policies
4.3.2 Land
Use
Plan
and
Classifications
The
La~tl
Use
Plan
for
the
PHD
Specific
Plan
Area
supports
the
Ciiy's
goals
of
creating
a
new
high
-density
residential
neighborhood,
adding
housing
opportunities
and
mixed-
useenvironments
near
regional
transit
infrastructure
and
employment
centers,
and
developing
complete,
self-sustaining
communities
to
reduce
auto
dependency.
Land
use
in
the
PHD
Specific
Plan
Area
is
regulated
through
land
use
classifications,
policies,
and
a
map
(see
Figure
4.3A:
Land
Use
Plan).
•
Distribute
retail
nodes
so
that
all
new
residential
development
is
within
a
10-minute
walk
of
at
least
20,000
square
feet
ofneighborhood-serving
commercial
uses.
• Co
-locate
active
uses
—including
parks,
plazas,
retail,
flex,
and
community
uses
—to
enliven
the
street
environment
and
create
neighborhood
destinations.
• Identify
a location
for
a new
City
branch
library
and
publicly
accessible
community
meeting
spaces.
Properties
in
the
PHD
Specific
Plan
Area
have
one
of six
land
use
classifications:
A critical
approach
to
land
use
in
the
PHD
Specific
Plan
Area
is to
provide
clear
guidance,
yet
still
allow
flexibility
in
construction
type,
building
height,
and
density.
This
flexible
approach
allows
property
owners
to
adapt
and
respond
to
market
conditions
while
accomplishing
City
and
community
goals.
1. Very
High
-Density
Residential
(PH
-R5)
2. Urban
Village
(UV)
3. Urban
Center
(UC)
4. High
-Density
Flex
(HD
Flex)
5. Village
Residential
(VR)
6. Parks
and
Open
Space
(P/OS)
A mixed
-use
overlay
can
be
applied
to
some
parcels
to
provide
neighborhood
services
and
• Provide
for
a range
of
housing
products
amenities
and
an
active
pedestrian
environment.
and
residential
options
at
various
price
points
to
support
the
City's
housing
goals
and
improve
residential
opportunities
for
all households.
• Ensure
a portion
of
residential
units
are
affordable
to
households
with
incomes
below
the
area
median.
• Create
a connected
system
of
diverse
parks
and
open
spaces
to
provide
outdoor
recreation
options
for
residential
areas,
facilitate
pedestrian
mobility,
and
enable
habitat
preservation
and
restoration.
Q ~
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Blvd
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CommunityCollege
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„y
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with
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res~dmU'al
dewlopmont
FIGURE
4.3A:
LAND
USE
PLAN
_ ]
Study
Arca
Very
High
Density
Residential
(57-99
du/ac)
High
Density
Fiex
(60-149
dulac;
2.0 FAR)
Existing
Parcel
~
w~vasu~rac„~,~
~
Urban
Village
X100-149
du/acJ
Vllage
Residential
(60-149
du/ac)
O
Existing
Parcel
Urban
Center
(120-250
du/ac)
~
Pote~cial
Treil
and
Landscape
Dedication
isn,aya~oo;
~
Open
SP~ce
~
~'
xa0 W Q a F z a 0 W WQ Z U U waWD } Z Y V Q d
54 4.3.2.1
VERY
HIGH
-DENSITY
RESIDENTIAL
(PH
-R5)• Residential
Density:
51 to
99 du/acre
• Height
Range:
5-12
stories
The
purpose
of
the
PH
-R5
Patrick
Henry
Very
-
High
-Density
Residential
Zone
is to
provide
land
areas
for
the
construction,
use,
and
occupancy
of
high
density
and
intensity
multi-
familydevelopments
(i.e.,
low-rise,
mid
-rise,
and
high-rise
apartments
and
condominiums).
It is the
intent
of
this
zone
to
encourage
development
to
use
innovative
site
planning,
provide
on
-site
recreational
amenities
and
be
located
near
major
community
facilities,
business
centers,
transportation
corridors,
and/or
major
thoroughfares.
4.3.2.2 URBAN
VILLAGE
(UV)
• Residential
Density:
100-149
du/acre
• Height
Range:
5-12
stories
The
purpose
of
the
UV
Urban
Village
Zone
is
to accommodate
transit
-oriented,
multi
-family
residential
development
atvery-high
densities
between
5-12
stories
within
the
Patrick
Henry
Specific
Plan.
These
urban
-scale
developments
feature
pedestrian
-oriented
facades
antl
frontages.
Urban
Village
developments
include
structured
or
below
-grade
parking
and
shared
outdoor
spaces
proximate
to
transit.
The
residential
density
range
for
this
zone
is 100-149
dwelling
units
per
acre.
4.3.2.3 URBAN
CENTER
(UC)
• Residential
Density:
120-250*
du/acre
• Height
Range:
12+stories
consistent
with
Federal
Aviation
Administration
(FAA)
requirements
The
purpose
of
the
UC
Urban
Center
Zone
is
to accommodate
transit
-oriented,
multi
-family
residential
development
at
very
-high
densities
with
no
height
limits
except
those
imposed
by
the
FAA
due
to
flight
paths
for
the
San
Jose
International
Airport,
within
the
Patrick
Henry
Specific
Plan
These
urban
-scale
developments
feature
pedestrian
-oriented
facades
and
frontages.
Urban
Center
developments
include
structured
or
below
-grade
parking
and
shared
outdoor
spaces
proximate
to
transit.
The
residential
density
range
for
this
zone
is 120-250
dwelling
units
per
acre.
*Densities
over
250
du/acre
may
be
allowed
for
the
provision
of
community
benefits
agreed
upon
with
the
City
and
formalized
in
a development
agreement.
This
zone
implements
the
High-
Densityland
use
designation
in
the
General
Plan.
1. I
W J a Y zz
MlScjon
C011e4i-
BIVd
Old
Gory
Lane
~
; i
t
Mission
-
-.
Communi[y
College
~
~
--
FIGURE
4.3B:
GROUND
FLOOR
ACTIVATION
Study
Area
Very
High
Density
Residential
(51.99
du/ac)
Plaza
Potential
Trail
antl
Existing
Parcel
Landscape
Dedication
-~
icryo+s~~~ac~~~~
Urban
Vi
llage
{100.149
du/ac)
~
_;
Retail
Q
Existing
Darcel
Urban
Center
(120-250
du/acj
~_
Community/
Civic
~Swey
W
oaf
~
Open
Space
High
Densi[y
Flex
p00-149
du/ac
; 20
FAR)
~—
Flex
(Office,
Retail)
ar.u v
~~
C Q
i
I
V
i
i.
7u0lic
pa~klond
a~ly
requiecd
wrth
cvdenlial
tlevefopmrnt
y
Con<CPtuollo[o[ion
ola
future
'
~"
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rrq
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4.3.2.4 HIGH
-DENSITY
FLEX
(HD
FLEX)
• Residential
Density:
60-149
du/acre
• Maximum
Non
-Residential
FAR:
2.0 • Height
Range:
5-12
stories
The
purpose
of
the
HD
Flex
High
Density
Flex
Zone
is to
accommodate
transit
-oriented,
multi-
family
residential
development
interspersed
with
office
on
four
parcels
along
the
eastern
edge
of
the
Patrick
Henry
Specific
Plan
Area.
Allowable
height
ranges
between
5-12
stories.
The
residential
density
range
for
this
zone
is 60-
149
dwelling
units
per
acre.
Office
development
is allowed
up
to
2.0 FAR
using
the
development
standards
of
the
HO
-RD
district,
per
the
choice
of
property
owners.
4.3.2.5 VILLAGE
RESIDENTIAL
(VR)
The
purpose
of
the
Village
Residential
Zone
is to
accommodate
multi
-family
residential
development
at
very
-high
densities
between
5-12
stories
within
the
Specific
Plan.
The
residential
density
range
for
this
zone
is
60-149
dwelling
units
per
acre.
• Residential
Density:
60-149
• Height
Range:
5-12
stories
4.3.2.6 PARKS
AND
OPEN
SPACE
(OS)
The
purpose
of
the
OS
Parks/Open
Space
Zone
is
to
provide
land
areas
for
improved
and
unimproved
park
and
open
space
facilities,
managed
natural
resource
areas,
and
outdoor
recreation
areas
(e.g.,
neighborhood
parks,
community
parks,
regional
parks,
public
golf
courses,
recreational
facilities,
nature
preserves).
It is the
intent
of
this
zone
to
provide
open
space
and
outdoor
recreational
opportunities
for
the
community.
4.3.2.7 ZONING
GUIDELINES
The
following
Tables
4.2 and
4.3 include
zoning
standards
and
allowed
uses
in
the
PHD
Specific
Plan
Area.
Additional
detail
can
be
found
in
the
City
Zoning
Code.
Table
4.2.'
Patrick
Henry
Residential
Zone
Development
Standards
Development
Feature
PH
-R5
UV
VR
UC
HD
Flex
(minimum
unless
otherwise
indicated)
-.
-.
~
~ ..
Parcel
Area
10,000
10,000
10,000
8,500
8,500
Street
Frontage
(feet)
.-
70 70
70 60
70 ..•
Parcel
Area
(less
than
10,000
sq.
ft.)
..-
None
None
None
None
None
Parcel
Area
(less
than
10,000
sq.
ft.)
None
None
None
None
None
~.
..
•. 10
10 10
10 10
Residential(front,
side
corner
and
interior)
Mixed
-Use
0 0
0 0
0 (front,
side
corner
and
interior)
Office
(front,
side
corner
antl
interior)
0 0
0 0
0 Setback
Encroachments
(i.e.,
awning,
Setback
encroachments
are
allowed
per
the
quantitative
standards
of
the
PHD
plan.
balconies,
stoops)
.,
Height
(within
20 feet
of
the
R1-6L,
32 32
32 32
32 R1-8L,
and
R2
zones)
Height
(all
other
zones)
135
160
160
FAA
160
.-
.
Number
of
Stories
(all
other
zones)
10 12
12 FAA
12 .-
~-
51-99
~- 100-149
.- 60-149
120-250
60-149
Allowable
Density
Per
the
PDO
and
PHD
plan
Private
Recreation
Space
(required
fora
minimum
of
50 percent
of
units)
Common
Recreation
Space
(per
unit)
Per
the
PDO
and
PHD
plan
~n
Table
4.3:
PHD
Residential
Zones
Allowed
Uses
and
Permit
Requirements
-.,....._aA
..
..
_
,_
P
MUPCUPTUP--
Allowed
by
Right
Minor
Use
Permit
(Chapter
18.124)
Conditional
Use
Permit
(Chapter
18.124)
Temporary
Use
Permit
(Chapter
18.122)
Not
allowed
Land
Use
(see
Article
8 for
land
use
definitions).
PHD
Residential
Zones
Dwelling,
Accessory
Units
P
Dwelling,
Multifamily
P
Dwelling,
Second
Unit
-
Dwelling,
Single
-Family
-
Dwelling,
Two
-Family
-
Employee
Housing
P
Home
Occupations
P
Live
-Work
Facilities
MUP
Mobile
Home
Park
-
Organizational
Houses
-
Rooming
and/or
Boarding
Houses
-
Supportive
Housing
P
Transitional
Housing
P
Assisted
Living
Facilities
CUP
Day
Care
Homes,
Up
to
14 Children
P
Community
Care
Facilities,
Small
P
Community
Care
Facilities,
Large
CUP
Emergency
Shelters
-
Community
Gardens
P
Parks
and
Public
Plazas
P
~~
Places
of
Assembly
CUP
Public
Schools*
CUP
Private
Schools*
CUP
Public
Safety
Facilities
P
Wireless
Telecommunications
Facilities,
Co
-location/
Smali
Cell
P
Bed
and
Breakfast
Inns
-
• t
.
.
.
•.
~
•~
Retail
- .
~
P
Off-sale
of
alcohol
P
Restaurants,
including
on
-sale
of
alcohol
P
Bars
CUP
Office
Uses
P
* New
school
facilities
will
be
considered
and
planned
through
collaboration
with
the
Planning
Department
and
Santa
Clara
Unified
School
District.
xa03w x F zw a Oaw9WA Q a wa w 0 Zw Y V Q d
Table
4.3:
PHD
Office
and
Industrial
Zones
Allowed
Uses
and
Permit
Requirements
~
.,-
•.
P
Allowed
by
Right
_
MUP
Minor
Use
Permit
(Chapter
18.124)
CUP
Conditional
Use
Permit
(Chapter
18.124)
-
~
-
TUP
Temporary
Use
Permit
(Chapter
18.122)
--
Not
allowed
Land
Use
(see
Article
8 for
land
use
definitions).
HD
Flex
.-
Caretaker
Housing
CUP
Transitional
Housing
Facilities
Community
Care
Facilities,
Small
- -
Community
Care
Facilities,
Large
-
EmergencySheltersCemeteries
and
Mausoleums
-
.. .
-
Crematories
-
Fitness
Facilities
P
Parks
and
Public
Plazas
P
Public
Schools
-
Private
Schools
-
Public/Private
Colleges
and
Universities
-
Equipment/MachineNehicleTraining
Facilities
CUP
Vocational/Trade
Schools
Broadcasting
and
Recording
Studios
-
Fuel
Storage
and
Distribution
Centers
-
Parkand
Ride
Facilities
P
Parking
Facilities
CUP
Wireless
Telecommunications
Facilities
and
Towers,
Co-location/Small
Cell
P
Wireless
Telecommunication
Facilities
and
Towers,
MUP
Minor
(less
than
70 feet)
Wireless
Telecommunication
Facilities
and
Towers,
CUP
Major
(70
feet
or
higher)
Transit
Stations
and
Terminals
P
Utility
Facilities
and
Infrastructure
CUP
Table
4.3:
PHD
Office
and
Industrial
Zones
Allowed
Uses
and
Permit
Requirements
(Continued)
. .
~
Ambulance
Services
P
Banks
and
Financial
Establishments,
General
P
Banks
and
Financial
Establishments,
Stand-
alone
ATM
P
Business
Support
Centers
P
Call
Centers
P
Data
Centers
P
Equipment
Sales
and
Rental
Facilities
P
Hotels
and
Motels
P
Kennels
-
Maintenanceand
Repair
Services
P
Offices
P
Outdoor
(Ancillary),
Dining
and
Seating
-
Personal
Services
(Ancillary)
P
Restaurants
(Ancillary)
P
Retail
Establishments
(Ancillary)
P
-
i
Mobile
Fueling
Delivery
P
Vehicle
Service
Stations
-
Vehicle
Repair
Facilities,
Minor
-
Vehicle
Repair
Facilities,
Major
-
Vehicle
Storage
Facilities
P
Vehicle
Dismantling
Facilities
-
~3
Freight
Yards/Truck
Terminals
-
Hazardous
Material
Storage
Facilities
-
Industrial,
Minor
P
Industrial,
Major
-
Laundryand
Dry
-Cleaning
Plants
-
Printing
and
Publishing
Facilities
P
Recycling
Facilities
Reverse
Vending
and
Collection
Boxes
Collection
Small
Collection,
Processing,
and
Transfer
- _
Research
and
Development
Facilities
P
StoragePersonal
Storage
Facilities
Warehouse
- p
W
holesaling
and
Distribution
Centers
CUP
64 4.4
AFFORDABLE
HOUSING
Providing
affordable
housing
is
ahigh-priority
goal
of
the
City
of
Santa
Clara.
As
one
of
the
City's
first
high
-density
residential
neighborhoods,
Patrick
Henry
Drive
will
add
thousands
of
units
to better
balance
the
City's
jobs
-housing
ratio,
a share
of
which
will
beincome-restricted
to
help
meet
regional
and
local
affordability
goals.
In recognition
of
the
conversion
of
employment
uses
to
residential
land,
the
PHD
Specific
Plan
calls
for
a higher
level
of
affordability
than
is
required
by
ordinance.
Santa
Clara
City
Code
(SCCC)
Chapter
17.40 (Citywide
Affordable
Housing
Requirements)
requires
affordable
housing
to
assist
in
meeting
the
City's
share
of
regional
housing
needs.
Chapter
17.40 requires
that
all
new
residential
and
mixed
-use
construction
integrate
affordable
units
or that
the
developer
pay
in-lieu
antl
impact
fees
into
the
City`s
affordable
housing
fund.
Affordable
Residential
Units
will
be
Integrated
into
the
PHD
Neighborhood
4.4.1 Affordable
Housing
Policies
Should
the
Citywide
affordable
housing
ordinance
Affordable
housing
requirements
for
the
PHD
be
updated
after
the
PHD
Specific
Plan
adoption,
Specific
Plan
Area
are
to
provde
15%affordable
subject
projects
in
the
PHD
Specific
Plan
Area
tht
td
d
It
d
t
units
split
equally
between
three
affordability
levels
of
50%,
80%,
and
120°~
Area
Median
Income
(AMI).
This
standard
aligns
with
the
City's
need
to
produce
affordable
units
at
a variety
of
income
levels,
not
impair
project
feasibility,
and
a
are
no
eeme
comp
e e or
ono
receive
Architectural
Review
approval
by
a certain
date
may
be
required
to
meet
any
future
new
citywide
affordable
housing
requirements.
align
with
legal
requirements.
i J
w J Q Y Z Z J
cc
FIGURE
4.3C:
BUILDING
HEIGHT
Study
Area
~
5 -12
Stories
r
—
Existing
Parcel
~Z«
Stories
~o~~
o~snw
Ctoc~1
Existing
Parcel
Old
Giory
Lane
i
T
--_~~%
a u C m
~
a
i
U
i
~ /
,
Mission
CommunityCollege
_.
-
---
-
--
-
ConCep:ual
tcca[fon
oto
future
Pubtfc
porkfarM
aNY
rvpulsCd
wlcn
U
bw
YCommuniry
Cenral
'
v'
residentfal
dewlOPmm[ z:o
~,✓rcoi
xx03w a F zw a. O w w A Z Q U LL U D
} Z 2 v ad
4.5 PARKS,
RECREATION
A
ND
OPEN
SPACE
The
PHD
Specific
Plan
Parks,
Recreation
and
Open
Space
Plan
include
policies
and
requirements
to
create
a diverse
network
of public
parks,
publicly
-accessible
green
infrastructure,
and
private
recreational
spaces
that
support
the
physical,
social
and
environmental
health
of
the
neighborhood
while
integrating
with
the
community
-wide
City
public
parks
and
recreation
system.
This
includes
providing
adequate
park
spaces
of
sufficient
size,
shape,
and
location
within
the
PHD
Specific
Plan
Area.
The
public
parks
and
private
open
space
recreational
amenities
should
allow
for
both
individual
and
large
group
recreational
activities,
sustainable
natural
habitat,
and
opportunities
for
healthy
living
throughout
the
PHD
Specific
Plan
Area
(see
Figure
4.5:
Parks
and
Greenways).
The
goal
is to
provide
adequate
park
and
recreational
space
to
meet
the
needs
of
thousands
of
new
residents
in
an
urban,
high-
densityenvironment
while
preventing
the
overburdening
of
existing
parks
and
community
facilities
throughout
the
city.
The
PHD
Specific
Plan
area
will
include
a mix
of
traditional
neighborhood
parks,
community
facilities
and
recreational
amenities
while
allowing
for
urban
-
style
parks
and
plazas.
Greenways
and
smaller
specialized
and
programmed
park
spaces
will
support
connectivity
throughout
the
area.
The
following
policies
establish
the
basis
for
providing
parks,
open
spaces,
and
greenways
in
the
PHD
Specific
Plan
Area,
including
dedication
requirements.
Properties
in
the
PHD
Specific
Plan
Area
are
subject
to
City
and
Specific
Plan
requirements
as
described
below.
Design
guidelines
for
the
siting,
sizing,
design
and
programming
of
open
spaces
are
included
in
Chapter
5:
Design
Guidelines.
Table
4.5:
Required
Public
Parkland
and
Private
Open
Spaces
Gross
Net
Total
Parks
Dedicated
Residential
Residential
Private
Open
Area
Area
and
Open
Public
Spaces
(Acres)
(Acres)
Space
Parkland
-
•
.
~1
•
~
Q Q u 4 Z Q u:
Old
Glory
Lane
i_'
—'
_ ._
~—
Ra u.~ c a U
—I
,i 1
--rte'"'
-~'-~
i
,u
----
---
. ,
_.
q Z
__._
___
i
N
Mission
College
Blvd
-
--
~
~
M
ission
.-
-
-
-
-
~-
~ '
Community
_
~
~
College
~
'—
FIGURE
4.5:
PARKS
AND
GREENWAYS
~
c~=~
Pt~a~~«~~o~o~a~v~~M
. P~oika~~k~ondo~iY,~v~~,~awn~
Ubreryitommunlry
Center
~'
revdunUol
dove~opmmr
,_
_
~
Scudy
Area
~,+
Existing
TrailJGreenway
~
pOpOs
(privately
Owned
Public
Open
Spaces
only
required
with
residential
POPOs
erC~ude
office
dCVNOpmCnl
Existing
Parcel
-~
ioryms~~wo~~.,>
E—~
ProposedTraiUGreenway
development)
-subject
to
acccpcance
by
Clty
Private
Qpen
Space
(5095
Crediq
- subject
to
SCCC7735
"
Existing
Parcel
0 is~~ay<.~..y
POlentialTrailandWndscapeDedication
57~
_
Open
Space
'~"~~
xaO 3 6 aw F zw a Oa w w A z a a U LLUwa w D TK 2 v a
4.5.1 Parks,
Recreation
and
Open
Space
Policies
• Require
at
least
22 percent
of
total
residential
developable
land
to
be
allocated
for
public
parks
or
publicly
accessible
open
spaces,
including
not
less
than
11 percent
of
land
dedicated
to
the
City
in
fee
title
as
public
parkland.
• Implement
Santa
Clara
City
Code
17.35 to provide
public
parks
and
indoor
community
facilities
which
may
be
connected
by
publicly
accessible
private
greenways
and
open
spaces
that
serve
the
neighborhood.
• Distribute
and
site
public
parks
so
all residents
can
easily
access
a
neighborhood
park
within
a five
to
ten-
minute
walk.
• Allow
public
parks
to
be
jointly
sited
between
two
or
more
existing
parcels.
New
public
parks
will
be
mapped
and
dedicated
to
the
City
in
fee
title
as
new
parcels.
•
Connect
parks
and
plazas
with
publicly
accessible
private
greenways
to
provide
safe,
comfortable
access
while
supporting
connectivity
throughout
the
PHD
Specific
Plan
Area.
Plazas
and
greenways
are
subject
to
minimum
dimensions
and
~
•~
~
• Provide
connections
from
public
parks
to
existing
and
planned
trails
on
the
north
and
west
of
the
PND
Specific
Plan
Area.
• Site
and
size
public
parks
and
indoor
community
facilities
(e.g.,
library,
gym),
to serve
a variety
of
populations
and
programs
throughout
the
day,
from
dawn
to 10
pm.
4.5.2 Parkland
Dedication
Ordinance
A minimum
of
11 percent
of
the
total
developable
residential
land
within
the
PHD
Specific
Plan
Area
is
required
to
be
dedicated
to
the
City
of
Santa
Clara
for
use
as
public
parks.
A total
of
14.46 acres
shall
be
dedicated
under
Scenario
A or
12.29 acres
in
Scenario
B.
The
approximate
size
and
location
of
these
parks
(shown
in
Figure
4.5:
Parks
and
Greenways)
shall
be
improved
and
programmed
prior
to
dedication
to
the
City,
except
at
the
discretion
of
the
City.
Specific
requirements
for
public
parkland
size
and
design
are
included
in
Chapter
5:
Design
Guidelines.
All development
within
the
PHDSP
area
is
subject
to
the
City's
Park
and
Recreational
Lands
Ordinance
requirements.
Per
the
policies
established
within
City
Code
Section
17.35,
each
project
will
have
a developed
parkland
obligation
which
maybe
met
through
a combination
of
land
dedication,
and/or
payment
of
in-lieu
fees.
At
the
discretion
of
the
City,
qualifying
dedicated
private
recreational
amenities
may
be
eligible
for
50%
credit
against
of
the
Plan's
parkland
dedication
requirement.The
Director
of
Parks
and
Recreation
Department
shall
determine
the
conditions
necessary
to
comply
with
the
requirements
of
City
Code
~~
Chapter
17.35 (e.g.,
parkland
dedication,
private
open
space,
recreational
amenities)
per
the
criteria
established
within
the
Ordinance.
Private
open
space
within
the
project
area
maybe
able
to meet
part
of
the
Ordinance
requirements
per
the
staff
evaluation.
Related
to
parkland
dedication
encumbered
by
an
easement,
the
land
value
for
such
dedication
may
be
reduced
due
to encumbrance
and
other
items
required
in
City
Code.
The
value
of
dedicated
land
is
determined
through
the
Ordinance
and
the
Supplemental
Instructions
adopted
by
Council
on
June
7,
2016.
4.5.3 Specific
Plan
Open
Space
RequirementsProjects
within
the
Specific
Plan
area
are
subject
to these
requirements:
Consistent
with
the
Specific
Plan
Land
Use
Diagram
—residential
projects
are
required
at
a minimum
to
dedicate
land
areas
identified
in
the
Specific
Plan
as
dedicated
parkland
as
part
of their
fulfillment
of
the
Park
&Recreational
Land
Dedication
Ordinance.
This
area
totals
10.23 acres*
(or
a reduced
amount
if the
flex
parcel
is
developed
as
commercial
use),
or
more
if the
City
accepts
additional
unencumbered
public
parkland
dedicated
in
fee
title
adjacent
to
required
parkland
dedication.
4.5.3.2 GREEN
WAYS
Greenways
are
privately
owned,
publicly
accessible
linear
open
spaces
that
provide
off
-
road
connections
for
pedestrians,
cyclists,
scooter
riders,
and
the
like
while
providing
additional
green
space
throughout
the
PHD
Specific
Plan
Area.
Projects
are
required
to
incorporate
publicly
accessible
greenways
into
their
design
consistent
with
the
Land
Use
Diagram.
4.5.3.3 OPEN
SPACE
Residential
projects
must
provide
at
a minimum
the
specified
amount
of
open
space
in
addition
to the
minimum
land
use
dedication.
If the
High
Density
Flex
designated
property
is
developed
at residential,
this
open
space
is 423
acres,
allocated
on
a proportional
basis
to
each
property
so
that
it is
provided
when
that
parcel
is developed.
This
requirement
applies
to
both
residential
and
commercial
uses.
This
open
space
requirement
may
be
satisfied
through
any
of
the
following:
• Land
dedicated
specifically
as
public
parkland
in
excess
of
10.23 acres
under
Scenario
A or
9.15 acres
under
Scenario
B and
adjacent
to
the
minimum
amounts
depicted
on
the
land
use
plan
or
of
sufficient
size,
shape
and
acceptable
location
to
be
activated
as
public
parkland
as determined
by
City.
•
Land
designed
and
designated
through
easement
as
a publicly
accessible
Greenway,
plaza,
or
other
accessible
open
space.
• Private
open
space
designed
per
criteria
established
within
the
Specific
Plan.
These
areas,
subject
to
in
the
requirements
of
SCCC17.35,
may
also
receive
credit
if it
meets
the
Ordinance
standards.
Up
to
50 percent
of
private
space
is
eligible
for
credit
towards
the
PHD
Specific
Plan
requirements
at
the
discretion
of
the
Parks
and
Recreation
Department.
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4.6 MOBILITY,CIRCULATION,
AND
PARKING
4.6.7lntroduction
and
Intent
This
Mobility
Framework
ensures
the
PHD
Specific
Plan
Area
will
provide
balanced,
multimodal
internal
circulation
as
well
as
easy
access
to
nearby
destinations
and
transit
stations
The
framework
includes
policies
that
support
safe,
active
antl
sustainable
travel
options
for
residents
and
visitors.
These
policies
are
supported
by
diagrams
and
tables
that
provide
specific
guidance
on
meeting
City
goals
and
the
vision
and
principles
of
this
Specific
Plan.
The
following
policies
establish
the
basis
for
circulation,
mobility
and
parking
in
the
PHD
Specific
Plan
area.
- Prioritize
the
comfort
and
safety
for
pedestrians
and
cyclists.
• Retrofit
the
right-of-way
to
accommodate
all travel
modes
including
walking,
cycling,
driving,
micro
-mobility,
and
transit.
•
Improve
infrastructure
for
pedestrians,
4.6.2 Mobility
Plan
cyclists
and
micro
-mobility
(e.g.,
scooters)
to mitigate
the
impact
of
urban
-scale
development
on
traffic
congestion.
Improve
connections
to
the
Calabazas
Creek
Trail
and
other
trails
antl
greenways.
• Design
flexible
street
environments
that
allow
for
innovative
transit
and
ride
-share
The
mobility
plan
(see
Figure
4.6.2:
Circulation
Diagram)
is
based
on
Complete
Streets
principles
that
ensure
safe,
comfortable
mobility
options
for
people
of
all
ages
and
create
a welcoming
street
environment.
Afine-grained
network
of
streets,
roadways,
greenways
and
bicycle
paths
connect
community
destinations,
break
down
big
blocks,
and
activate
the
public
realm.
options
(e.g.,
jitneys)
as
well
as
emerging
technology
(e.g.,
autonomous
vehicles).
• Use
Transportation
Demand
Management
(TDM)
strategies
in
partnership
with
area
employers
and
property
owners
to
minimize
vehicle
miles
traveled.
• Limit
vehicle
parking
spaces
for
residences
and
businesses,
and
• Reduce
carbon
emissions
from
transportation.
• Support
access
to
transit
stops
on
Tasman
Drive
and
Great
America
Parkway.
71 O
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FIGURE
4.6.2:
CIRCULATION
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reridm:iol
dewfopmant
Study
Area
H
existing
Roadway
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Potential
Trait
and
Existing
Parcel
Landscape
Dedication
0 ~cn~ms,~mocm~:o
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PropoSedRoadway
Q
Existing
Parcel
~_~
Slow
Street
IStuey
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Space
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Public Realm Landscaping and SeatingBike Parking Next to Building Entrance Shared Roodway with ParkingGround Floor Community Use
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Mission
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FIGURE
4.6.21A:
STREET
TYPES
AND
EXISTING
EASEMENTS
Study
Area
Roadways
(Public)
PGBE
EaxmenL
~
~
Existing
Parcel
New
Roadv~ays
(Private)
-
Electric
Easemens
sca
r o+
s,~ia
c:,~,~y
O
E:~isting
Parcel
'
Slow
Streets
{privotc)
~
Sidcaalk
Easements
i :~~
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,
I
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Old
Glory
lane
m a u d
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4.6.2.1 VEHICULAR
NETWORK
New
Roadways
function
as
local
streets
antl
There
are
four
types
of
streets
in
the
PHD
Specific
improve
east
-west
connectivity
in
the
plan
area
Plan
Area,
and
each
is
designed
to
accommodate
vehicular
traffic
balanced
with
other
modes
(see
Figure
4.6.2.1A:
Street
Types
and
Existing
Easements).
Specific
standards
and
designs
for
each
street
type
are
included
in
Chapter
5. Patrick
Henry
Drive
and
Oltl
Ironsitles
Drive
are
collector
streets
that
provide
primary
access
into
and
through
the
PHD
Specific
Plan
area.
They
are
designed
to
accommodate
the
highest
level
of
vehicle
traffic
in
the
PHD
Specific
Plan
Area
as
well
as
generous
space
for
bicycle
lanes,
sidewalks,
and
streetscape
amenities.
Transit
stops,
signalized
intersections,
on
-street
parking,
and
drop-off/pick-up
zones
are
also
accommodated
in
strategic
locations
on
Patrick
Henry
Drive
and
Oltl
Ironsides
Drive.
as
well
as
access
to
residences
and
the
central
linear
park.
New
Roadways
will
contribute
significantly
to
the
pedestrian
-and
bicycle-
friendlycharacter
ofthe
street
environment
by providing
tree
-shaded,
traffic
-calmed
travel
ways.
The
New
Roadway
design
is flexible
and
will
vary
based
on
several
factors,
including
the
unique
needs
of
uses
fronting
the
street,
smooth
traffic
regulation,
and
the
amount
of
through
and
destination
traffic.
The
PHD
Specific
Plan
process
included
analyses
of
potential
roadway
connections
from
Patrick
Henry
Drive
to
Mission
College
Boulevard.
In
December
2021,
the
the
Mission
College
Board
of
Trustees
voted
to
not
approve
of the
proposed
connector
road
from
the
Patrick
Henry
Drive
plan
area.
Slow
Streets
are
low
-traffic
-volume
roadways
designed
to
calm
vehicle
traffic
and
prioritize
pedestrians,
cyclists,
and
people
using
mobility
devices
and
contribute
to
the
neighborhood.
The
street
design
encourages
abundant
street
trees,
allows
a variety
of
uses
and
flexible
spaces
that
can
be
used
as
spaces
for
kiosks,
outdoor
seating,
gatherings,
and
public
art.
A series
of
traffic
signals
and
stop
signs
(see
Figure
4.6.2.1B:
Vehicular
Network)
ensures
the
orderly
and
efficient
movement
of
automobiles
while
controlling
speeds
and
providing
safe
conditions
for
pedestrians
and
cyclists
crossing
the
street.
As
shown
in
Figure
4.6.2.16,
intersection
traffic
signals
are
planned
at
all
major
intersections
and
stop
signs
at
minor
intersections
throughout
the
PHD
Specific
Plan
Area.
Selected
intersections
are
identified
for
beacons,
such
as
rectangular
rapid
flashing
beacons
(RRFB)
to
support
safe
pedestrian
crossing.
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-
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FIGURE
4.6.2.16:
VEHICULAR
NETWORK
LiDrary/CommumtyCcn[axuro
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Wod
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_
Travel
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p
Existing
Signalimd
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Trail
and
Wndseape
Dedication
O
Existing
Parcel
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Street
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Q
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Signalized
Intersection
Q
Existing
Parcel
Proposed
Crosswalks
•>b
Proposed
Stop
Sign
Intersection
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Space
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Proposed
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proposed
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Beacon
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Bus
Stops
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76 4.6.2.2
PEDESTRIAN
AND
BICYCLE
NETWORKThe
pedestrian
and
bicycle
network
within
the
PHD
Specific
Plan
Area
includes
a system
of
sidewalks
and
bike
lanes
in
the
right-of-way
and
roadways
complemented
by
off-street
trails,
greenways
and
alleys
throughout
the
neighborhood
(see
Figure
4.6.2.2:
Pedestrian
and
Bicycle
Network)
These
facilities
also
accommodate
mobility
and
micro
-mobility
devices
consistent
with
City
and
other
safety
standards
and
practices.
The
2018
Bicycle
Master
Plan
establishes
a strong
network
of
safe
bicycle
lanes
to
accommodate
riders
of
all
ages
and
abilities.
Each
street
in the
PHD
Specific
Plan
Area
includes
either
a seperated
bikeway
(Class
I~
or
Bicycle
Route
(Class
III),
as
shown
in
Figure
4.6.2.2. Bicycle
facilities
will
connect
to infrastructure
in
adjacent
neighborhoods
and
provide
improved
connections
to
area
destinations
including
transit
stations
on
Tasman
Drive
and
the
local
and
regional
trail
network.
Specific
standards
and
guidelines
for
bicycle
facilities
and
sidewalks
are
included
in
Chapter
5. A system
of
greenways
within
the
PHD
Specific
Plan
area
provides
additional
connections
to
support
ahuman-scaled
environment
and
easy
safe
circulation
for
pedestrians,
cyclists
and
mobility
device
users.
Greenways
will
connect
to
residences,
parks,
activity
nodes,
the
Calabazas
Creek
trail
and
other
greenways.
These
spaces
also
enhance
the
environment
between
buildings
to support
ahuman-scaled
ground
-floor
experience.
Specific
standards
and
guidelines
for
greenways
are
included
in
Chapter
5. 4.6.2.3
TRANSIT
NETWORK
VTA's
New
Transit
Service
Plan
(2019)
does
not
call
for
transit
service
within
the
PHD
Specific
Plan
Area.
However,
this
Specific
Plan
plans
for
poten-
tial
ride
-share
and
transit
within
the
PHD
Specific
Plan
Area
to
allow
for
shuttle
or
other
microtran-
sitservices
provided
by
VTA,
a Transportation
Management
Agency
(TMA),
or
private
provider.
Figure
4.6.2.16 shows
the
preferred
locations
for
these
transit
stops
on
Patrick
Henry
Drive
and
Old
Ironsitles
Drive.
u d Z 2 7
FIGURE
4.6.2.2:
PEDESTRIAN
AND
BICYCLE
NETWORK
Study
Area
~mprovetl
Sidevialk
Propcsed
Crosswalks
~
Existing
Parcel
.,,,_,
vroposed
Sidewalk
— --
Class
IV
Separated
Bikeway
....
IGtY
of Snow
Cbia)
Existing
Parcel
~
~iui~g
Greenv✓ays
••~••••••
Class
III
Bicycle
Route
~Stuq
areal
~
Open
Space
~
~
Proposed
Greenways
~y
M
inion
CommunityCollege
~ `-
---~—
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+ 0
~
---
- -
-~_~
~
--
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l
y
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•
residuntioi
dcvclopmcnt
Conccpnra!
IocoNan
oIa
tuw~o
~'
Q
Existing
Signalized
Intersection
uDmryKommunirytantor
Q
Proposed
Signa~ized
Incerseccion
~
Potential
Trail
and
Landscape
Dedication
~_~
Proposed
Stop
Sian
Intersectlon
Pro
posed
Crosswalk
Beacon
°
~O
`F'~.,
O
ld
Glory
Lane
T
r.
i 1
-'' '
~,
--
I ~ T i
____~
T
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4.6.3 Parking
Network
Limiting
vehicle
parking
in
the
PHD
Specific
Plan
Area
is
critical
to
supporting
goals
for
land
use,
mobility
and
the
public
realm.
The
standards
in
this
plan
are
intended
to
meet
market
demand
for
private
parking
without
adversely
affecting
building
or
neighborhood
design.
4.6.3.1 PARKING
RATIOS
AND
RESTRICTIONS
• Parking
spaces
must
be
provided
as
per
the
minimums
set
forth
in
Table
4.6.3.1. For
any
other
uses
not
listed,
private
off-street
parking
shall
be
provided
consistent
with
the
parking
standards
in
the
Santa
Clara
Zoning
Ordinance.
• Parking
is
not
allowed
as
a stand-alone
use.
All
parking
must
be
structured
and/or
underground
and
included
as
an
accessory
use
for
residential,
mixed
-use
or
office
development.
Table
4.6.3.1:
Parking
Ratios
and
Requirements~-
.
.
Residential
Minimum
1 space
per
unit
for
units
greater
than
550
SF
Minimum
0.5 Minimum
0.05 spaces
per
unit
spaces
per
unit
for
units
less
than
550
SF
Retail
/Flex
None
required
Minimum
1 space
per
1,000
SF
Office
Minimum
one
space
for
each
500
Minimum
1 space
per
3,000
SF
SF of
gross
floor
area
Community/Civic
None
required
None
required
• Surface
parking
is
only
allowed
as
a
temporary
or
interim
use.
• Shared
parking
is
encouraged.
• Mechanical
parking
stackers/lifts
and
tandem
parking
may
be
used
to
satisfy
minimum
requirements.
• Parking
for
public
parks
should
be
shared
with
residential
visitors
and
retail
parking.
Any
on
and
off-street
parking
adjacent
to
the
park
should
enhance
accessibility
to
public
uses.
4.6.3.2 CAR
SHARING
Car
sharing
programs
provide
on
-demand
access
to a shared
fleet
of
vehicles
on
an
as-needed
basis
and
have
been
shown
to
reduce
automobile
ownership
and
vehicle
miles
traveled
(VMT).
Developers/property
owners
are
encouraged
to provide
car
share
spaces
at
a rate
of
at
least
one
space
per
400
residential
units,
with
no
more
than
two
spaces
per
development.
Cars
should
be
available
and
accessible
to
the
general
public
with
dedicated
car
share
vehicles
near
the
building
and/or
parking
structure
entrance.
4.6.3.3 ELECTRIC
VEHICLE
(EV)
PARKING
EV parking
shall
be
provided,
consistent
with
any
adapted
Reach
Codes,
to
meet
growing
EV
usage.
On
lower
parking
floors,
a large
empty
conduit
should
be
run
to
locations
where
future
electrical
breaker
panels
could
be
located;
or
exposed
conduit
could
be
installed
for
future
charging
locations.
The
actual
installation
of
electrical
wiring,
chargers,
and
billing
methods
could
be
carried
out
by
an
independent
operator
where
the
energy
used
for
vehicle
charging
is
paid
for
by
the
user.
4.6.3.4 BICYCLE
PARKING
Convenient
and
secure
bicycle
parking
encourages
bicycle
ridership
by
offering
riders
the
same
level
of
access
and
security
as motorists.
On
-site
bicycle
parking
shall
be
provided
to
include
bike
lockers,
bike
cages,
or
indoor
long-term
bicycle
parking
for
residents
and
on
-site
employees,
plus
convenient
short-
term
racks
for
visitors.
Bike
storage
facilities
shall
include
one
electical
outlet
per
10 bicylcle
parking
spots
and
one
bicycle
repair
station
in
each
project.
Santa
Clara's
ordinance
includes
two
types
of
bicycle
parking:
• Class
One
spaces
are
spaces
in
secure,
weather
-protected
facilities
intended
for
use
as
long-term,
overnight,
and
workday
bicycle
storage.
Class
One
bicycle
parking
includes
bicycle
lockers,
bicycle
rooms
or
cages
where
each
bicycle
can
be
locked.
• Class
Two
racks
accommodate
two
bicycles
and
are
located
in
a publicly
accessible,
highly
visible
locations
intended
for
short-term
use
by
visitors,
guests,
and
customers.
Short-term
and
long-term
bicycle
parking
spaces
should
be
provided
in
prominent
and
convenient
locations
in
all
buildings.
Bicycle
parking
spaces
shall
be
provided
as
follows:
• Residential
developments:
One
Class
One
bicycle
parking
space
per
unit
and
one
Class
Two
racks
per
15 units.
• Mixed
-use
developments:
One
Class
One
space
per
30 employees
and
one
Class
Two
rack
for
every
1,000
square
feet
of
retail,
flex
or
community
use.
• Office
developments:
One
space
per
6,000
square
feet
with
75 percent
as
Class
One
and
25 percent
as
Class
Two
racks.
4.6.4 Transportation
Demand
ManagementTransportation
Demand
Management
(TDM)
involves
a suite
of
policies,
programs
and
projects
that
reduce
vehicle
trips,
parking
demand
and
VMT.
These
measures
provide
incentives
and
opportunities
to
choose
alternative
modes
such
as walking,
bicycling,
transit,
or
ridesharing
and
apply
to
residential
and
employment
uses.
The
implementation
of
TDM
measures
in
the
Plan
Area
should
be
consistent
with
the
requirements
outlined
in
the
City
of
Santa
Clara's
adopted
Climate
Action
Plan
and
General
Plan.
The
PHD
Specific
Plan
Area
is in
the
City's
Transportation
Management
District
1(North
of
Caltrain)
and
is
required
to
achieve
a minimum
VMT
reduction
of 20
percent,
including
10 percent
through
TDM
measures.
In
the
2013
Climate
Action
Plan
in
addition
to
the
land
use,
mobility
and
parking
requirements
of
this
Specific
Plan,
new
development
will
be
required
to
implement
a
TDM
program
to
reduce
drive
-alone
trips.
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4.7 SUSTAINABILITY
The
City
of
Santa
Clara
established
environmental
sustainability
as
one
of
its
five
major
strategies
in
the
Santa
Clara
General
Plan.
The
City
adopted
its
first
Climate
Action
Plan
(CAP)
in
2013
and
began
an
update
in
2020
to
assess
greenhouse
gas
emissions
(GHG)
levels
and
incorporate
new
statewide
requirements.
One
of
the
CAP's
primary
goals
is to
establish
land
uses
and
transportation
options
that
minimize
single
-occupant
vehicle
use.
The
PHD
Specific
Plan
will
guide
the
redevelopment
of
this
low
-intensity,
auto
-oriented
area
into
ahigh-density,
mixed
-use
environment.
By providing
housing
units
near
employment
centers,
designing
smaller
blocks,
creating
robust
pedestrian
and
bicycle
infrastructure,
and
facilitating
access
to
transit,
the
PHD
Specific
Plan
will
help
realize
this
citywide
goal
while
advancing
multiple
sustainabiliry
objectives.
The
mixed
-use
environment
will
ensure
neighborhood
services
and
amenities
are
within
easy
reach
of
residents,
minimizing
the
need
for
vehicle
trips
for
day-to-day
needs.
The
CALGreen
code
establishes
statewide
standards
for
sustainable
building
practices.
As
of late
2021,
the
City
is
in
the
process
of
adopting
Reach
Codes
that
exceed
state
requirements
and
support
the
major
sustainability
strategies.
All development
within
the
PHD
Specific
Plan
Area
will
be
required
to
comply
with
the
most
recent
adopted
CALGreen
code
and
the
following
sustainability
policies.
Individual
projects
are
expected
to
consider
additional
measures
to
advance
sustainability
through
building
and
site
design,
recycled
water
use,
and
Transportation
Demand
Management
(TDM).
Additional
detail
on site
and
building
measures
are
included
in Chapter
5:
Design
Guidelines
and
TDM
is
discussed
in
Chapter
7:
Implementation.
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E~3
This
chapter
identifies
standards
and
guidelines
to
ensure
that
all
future
development
is
consistent
with
the
vision,
principles,
and
policies
outlined
for
the
PHD
Specific
Plan
Area.
The
standards
establish
m
inimum
requirements,
and
the
guidelines
provide
direction,
while
also
allowing
for
flexibility.
The
chapter
is
divided
into
the
following
sections:
• Travel
Ways
• Pedestrian
Amenities
• Street
Design
• Parks,
Recreation
and
Open
Spaces
• Site
Layout
and
Design
• Building
Design
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5.1 TRAVEL
WAYS
Overarching
multimodal
transportation
goals
for
the
PHD
Specific
Plan
Area
include
the
following
•
Create
a system
of
safe,
interconnected
travel
ways
for
all
modes.
•
Promote
walking
and
biking.
•
Facilitate
resident
and
employee
access
to and
from
the
PHD
Specific
Plan
Area
via
transit.
•
Promote
slow
vehicle
speeds
in
residential
neighborhoods.
•
Improve
connections
to
destinations
within
and
near
the
PHD
Specific
Plan
Area.
•
Provide
universal
access
for
all
ages
and
abilities.
•
Facilitate
provision
of
emergency
services.
•
Accommodate
emerging
transportation
and
micro
-mobility
modes.
•
Prioritize
use
of
curb
space
for
multi-
functionand
high
turnover
purposes.
Standards
and
guidelines
to
implement
these
broader
goals
are
organized
into
topic
areas
related
to
vehicle
travel
ways,
on
-street
parking,
bicycle
lanes,
transit
facilities,
and
intersections.
More
specific
guidance
by
street
and
street
type
(with
street
sections
and
plans)
is
provided
in
the
"Street
Design"
section
of
this
chapter.
5.7.1 Vehicle
Travel
Ways
Intent:
Create
and
maintain
complete
streets
that
promofe
safe
conditions
and
comfortable
access
and
(ravel
for
users
of
all
ages
and
abilities
by
managing
vehicle
traffic
speeds,
promoting
walkability,
incorporating
bicycle
facilities,
and
integrating
bus
or
shuttle
transit.
Standards5.1.1.1
Provide
10 -foot
-wide
travel
lanes
on
all
roadways
within
the
plan
area.
5.1.1.2 Provide
12 -foot
-wide
left
-turn
pockets/
center
turn
lanes
on
Patrick
Henry
Drive
and
Old
Ironsides
Drive.
For
any
additional
left
turn
pockets
allow
a
minimum
of
10 -foot
-wide
turn
lanes.
5.1.1.3 In
the
event
VTA
re-establishes
bus
routes
on
internal
roadways,
left
-turn
pockets/center
turn
lanes
can
reduce
to a minimum
of
10 -foot
and
travel
lanes
can
become
11 feet
so
that
the
lane
can
be
shared
by
standard
vehicles,
buses,
and/or
shuttles.
5.7.1.1-
70 -foot
-wide
Travel
Lanes
~~z~~~
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t
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5.1.1.2 - 72
-foot
-wide
Centel
Turn
Lones
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B'
10'
11'
Sdrvralk
N~I~PUnlrn
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TravelLUM
IMITu~n
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n<
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de[Ird
Trawl
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tine
RaM[t!0
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BIFc
Une
Guidelines5.1.1.4
Where
enough
space
exists
in
the
right-
of-way,
allocate
space
to
center
turn
lanes
and
narrow
vehicle
lanes
to
create
sufficient
space
for
U-turns,
discourage
speeding,
and
calm
traffic.
5.1.1.5 Employ
traffic
-calming
techniques
to
slow
vehicle
traffic
on
shared
streets
and
increase
pedestrian
and
cyclist
safety.
Options
may
include:
• Patterned
pavement
(see
Figure
5.1.1.5A);
• Mid
-block
crosswalks
(see
Figure
5.1.1.56);
• Speed
bumps
with
mid
-block
crosswalks;
• Bollards;
• Rumble
strips
(see
Figure
5.1.1.5C);
and
• Gateway
elements.
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S.1.i.5A-
Patterned
Pavement
5.1.1.58 -Mid-block
Crosswalk
on
Slow
Street
5.1.1.5C
-Rumble
Strip
Along
Travel
Lanes
m
5.7.2 On
-Street
Parking
Intent:
Create
on
-street
parking
lanes
in
designated
areas
to
serve
residents
and
businesses
and
to
provide
additional
protection
from
vehicular
traffic
for
cyclists.
Standards5.1.2.1
Provide
eight
-foot
-wide
on
-street
parallel
parking
lanes
on
Old
Ironsides
Drive
and
New
Roadways.
Allow
eight
-foot
-wide
occasional
drop-off/delivery
locations
on
Patrick
Henry
Drive.
5.1.2.2 Provide
stormwater
planters
in
between
parking
spaces
in
mid
-
blocks.
5.7.2.1-
Eight
-foot
-wide
On
-street
Parking
10'
fl'
0'
—
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Tr~vN
{,me
Pskmp
PotcnvA
SNew'alkYnih
PlmMn
OilrL
ne
10'
5.7.7.2A
- Stormwafer
Planters
in
Between
Parking
Spaces
5.1.2.28 -Permeable
Pavers
for
Stormwater
Management
Guidelines5.1.2.3
Allow
parking
spaces
to
be
used
for
parklets
and
flexible
uses,
including
seating,
dining,
habitat
or
interpretive
areas,
public
art,
etc.
• Allow
parklets
at
least
25 feet
in
length
to
create
outdoor
seating
spaces.
Design
and
maintain
parklets
as a partnership
between
the
City
and
local
businesses,
residents,
or
neighborhood
associations;
and
• During
special
event
days
and
underutilized
periods,
re-purpose
parking
spaces
as
temporary
open
spaces.
5.1.2.4 Consider
installation
of
permeable
interlocking
concrete
pavers
for
parking
spaces
for
stormwater
management
and
traffic
calming.
5.1.2.5 Where
possible,
allow
excess
roadway
between
parking
and
travel
lanes
to
be re-purposed
as
parking
assist
areas
to allow
doors
to
be
opened
and
for
vehicles
to
enter
and
exit
spaces.
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5.1.2.3A
- Park/ets
5.1.2.38 - Pa~klets
wrth
Outdoor
Dining
5.1.2.4 -Permeable
Pavers
5.1.3 Bicycle
Facilities
Intent:
Create
bicycle
facilities
that
maximize
safety,
minimize
the
potential
for
conflict,
and
are
comfortable
to
use
for
people
of
all
ages
and
abilities.
Bicycle
facility
width
standards
shall
be
based
on
available
right-of-way
and
best
practices.
Standards5.1.3.1
Design
bicycle
facilities
per
Caltrans
and
NACTO
Standards.
5.1.3.2 Include
Class
IV
seperated
bikeways
on
Patrick
Henry
Drive
and
Old
Ironsides
Drive
to
be
consistent
with
the
Bicycle
Master
Plan.
5.1.3.3 Design
Class
IV
seperated
bikeway
with
the
following
considerations:
• Provide
bicycle
lane
facilities
along
the
curb
to
the
right
of
traffic
flow;
• On
Old
Ironsides
Drive
and
Patrick
Henry
Drive,
design
Class
IV
seperated
bikeway
to
be
five
feet
wide
with
athree-foot-wide
buffer
with
bollards;
• Provide
three
-foot
-wide
buffers
next
to parallel
parking
to
allow
cyclists
to
ride
outside
the
door
zone;
• Install
bollards
every
eight
feet
(measured
center
-to
-center)
at
the
outer
edge
of
the
three-foot
striped
buffer
space
to
maximize
flat
space
for
bicycles
5.7.3.2 -Class
lV
Seperated
Bikeway
5.1.3.3A
-Class
IV
Seperated
Bikeway
with
Planters
5.1.3.38 -Colored
Pavement
in
Class
IV
Seperated
Bikeway
89 • Use
colored
pavement
in
areas
where
conflict
is
more
likely,
including
intersections
and
transition
zones.
5.1.3.4 Allow
gutter
pans
as
part
of
bicycle
lane
design.
5.1.3.5 Require
New
Roadways
and
Slow
Streets
to
be
shared
streets
with
marked,
shared
Class
III
bicycle
boulevards
as
per
MUTCD
standards.
Guidelines5.1.3.6
Explore
installation
of
permeable
interlocking
concrete
pavers
for
bike
lanes
at
roadway
level.
5.1.3.7 Explore
placing
bicycle
lanes
at
sidewalk
level.
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5.7.3.5 -Class
111
Bicycle
Boulevards
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5.1.3.6 -Permeable
Pavers
in
Bike
Lanes
5.1.3.7 -Elevated
Bike
Lanes
~~ s
5.7.4 Transit
Facilities
Intent:
Provide
facilities
that
promote
transit
and
shuttle
ridership,
enhance
passenger
comfort
and
safety
and
supports
compact,
intensified
development.
Standards5.1.4.1
Provide
11-foot
roadways
if needed
to
accommodate
any
future
VTA
service.
Guidelines5.1.4.2
Relocate
all
near
-side
shuttle/bus
stops
to
the
far
side
of
intersections
to improve
safety
for
pedestrians
and
efficiency
of
travel.
Where
bicycle
lanes
overlap
with
bus
zones,
demarcate
green
stripe
for
the
bicycle
to
show
a
mixing
zone
to
allow
for
the
travel
lane
to
be
shared
between
bicycle
and
bus.
(See
Figure
5.1.4.2 —Far
Side
Bus
Stop).
5.1.4.3 Along
VTA
routes,
work
with
VTA
to
install
transit
amenities
like
shelters,
seating,
trash
cans,
real-time
bus
information
system
at
transit
stops.
5.1.4.4 install
bus
stops
in
accordance
with
VTA
guidelines.
5.1.4.2 -Far
Side
Bus
Stop
~~~~~~
~~~
~~
5.1.5 Intersections
Intent:
Create
compact
intersections
and
smaller
turning
radii
that
increase
pedestrian
safety
by
shortening
crossing
distances,
increasing
pedestrian
visibility,
and
decreasing
vehicle
turning
speed.
Standards5.1.5.1
Program
pedestrian
signals
to
allow
enough
time
for
all
pedestrians
to
cross
the
street.
Pedestrian
signal
timing
should
be
consistent
with
the
California
MUTCD.
Guidelines5.1.52
Avoid
free
-flowing
traffic
movement,
including
right
turns,
and
pedestrian
movements
at
intersections
to
increase
safety
for
all.
5.1.5.3 Design
corner
bulbouts
at
intersections
to function
as
pocket
plazas
with
pedestrian
amenities,
such
as
landscaping,
art,
seating,
trash
receptacles,
and
bicycle
racks.
5.1.5.4 Allow
curb
extensions
(bulbouts)
to
extend
the
pedestrian
zone
into
the
parking
lane
to
narrow
the
roadway
and
provide
additional
pedestrian
space
at
key
locations.
5.1.5.5 Safety
lighting
should
be
provided
at
one
intersection
corner.
It is
preferred
to
provide
a safety
light
for
each
crosswalk
at an
intersection
corner.
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Pedestrian
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5.1.5.4 - Bulbouts
at
Intersection
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5.2 PEDESTRIAN AMENITIES
The following overarching goals will help create
a safe, comfortable pedestrian environment
throughout the PHD Specific Plan Area.
• Create easily navigable crosswalks.
• Establish well-maintained landscaping and
stormwater management features.
• Provide pedestrian amenities.
• Incorporate gateway and wayfinding
elements.
Standards and guidelines to implement these
broader goals are organized into topic areas
related to pedestrian zone, crosswalks, amenity
zones that include landscaping, street furniture,
and gateway signage and wayfinding, and
public-private interface. More specific guidance
by street and street type (with street sections and
plans) is provided in the "Street Design" section
of this chapter.
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a
Planter Wells Between Sidewalk and Roadways Sofer Crosswalks
5.2.1 Pedestrian
Zone
Intent:
Design
infrastructure
and
pedestrian
amenities
to
activate
the
public
realm
and
augment
safety
for
pedestrians
of
all
ages
and
abilities.
Safety
improvements
include
creating
a pedestrian
zone
that
are
continuous,
wide,
and
canopied
with
trees;
painted
crosswalks
with
directional
ramps
and
reduced
distances;
and
curb
bulbouts.
Standards5.2.1.1
Have
clear,
contiguous,
and
unobstructed
seven
-foot
ADA
accessible
walkways
on
both
sides
of
the
streets
except
in
areas
constrained
by above
-grade
utility
structures
where
afive-foot-wide
walkway
are
acceptable.
5.2.1.2 Create
20 -foot
-wide
continuous
pedestrian
zone
on
Patrick
Henry
Drive
and
Old
Ironsides
Drive,
inclusive
of
the
walkway,
amenity
zone
and
activity
frontage.
5.2.1.3 Ensure
that
all
other
streets
in
the
PHD
Specific
Plan
Area
to
have
continuous
pedestrian
zone
with
a width
of
at
least
10 feet.
• ~,
---,
5.2.1.7 -Clear
Walkways
for
Pedestrians
~~
~
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Non•f.~d.r~nol
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(Camm~rtial.
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5.2.1.A
-Mixed-use
Pedestrian
Zone
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10'
Peae,r~o~
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5.2.1.8 -Residential
Pedestrian
Zone
5.2.1.4 Design
the
amenity
zone
along
the
edge
of
the
curb
to
include
planters
and
street
furniture.
Ensure
walkways
are
clear
of
obstruction
and
meets
ADA
standards.
5.2.1.5 Provide
streetscape
elements,
such
as seating,
trash
receptacles,
bicycle
parking,
streetlights,
pedestrian
lights,
traffic
signals,
street
signage,
street
trees,
and
planting
areas
in
the
amenity
zone
located
on
the
curbside
areas
adjacent
to
the
roadway.
5.2.1.6 Where
necessary
to
accommodate
ADA-accessible
sidewalks,
streetscapes,
and
amenities
in
constrained
rights
-of
-way,
create
an
easement
in
the
private
realm
between
the
sidewalk
and
building
edge
to
accommodate
street
trees,
furniture,
and
utilities.
Guidelines5.2.1.7
Design
pedestrian
zone
adjacent
to
ground
-floor
retail,
flex
space,
and
community
space
to
be
used
as
an
active
place
of
commerce,
outdoor
dining,
informal
food
kiosks,
etc.,
especially
on
streets
with
generous
sidewalks
and
adjacent
land
uses
that
contribute
to
active
street
life.
5.2.1.8 Minimize
the
use
of
curb
cuts
and
driveways
along
pedestrian
zones
to reduce
the
impact
on
pedestrian
movement
and
to
improve
the
overall
quality
of
the
pedestrian
environment.
Driveways
should
have
a spacing
of
at
least
150
feet
where
feasible.
5.2.1.9 Explore
use
of
permeable
interlocking
concrete
pavers
for
non
-vehicular
pavement.
5.2.1.5 - Sireetscape
Amenities
Along
Curbside
~
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5.2.7.6 - Easements
to
Accomodate
Street
Furniture
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51.1.9 -Permeable
Pavers
in
Sidewalks
:~c
5.2.2 Crosswalks
Intent:
Provide
dearly
marked
crossings
that
help
pedestrians
move
safely,
conveniently,
and
predictably
across
roadways.
When
treated
with
decorative
paving
material,
crosswalks
also
create
a unique
streefscape
design
that
emphasizes
a pedestrian's
presence
and
unifies
design
treatments
throughout
fhe
district.Bylaw,
crosswalks
are
required
at
alI
approximately
right-angle
intersections
unless
the
pedestrian
crossing
is
specifically
prohibited.
Standards5.2.2.1
Provide
clearly
marked
crosswalks
at
any
signalized
intersections
and
at
intersections
of
key
streets.
• Install
continental
crosswalks
(high
-
visibility
roadway
markings
using
thick
vertical
striping)
at
uncontrolled
intersections
to
improve
pedestrian
safety;
• Crosswalks
must
be
at
least
12 feet
wide
(10
feet
clear
between
stripes);
and
• In
locations
with
high
pedestrian
demand
or
existing
narrow
crosswalks,
allow
crosswalks
to
be
wider.
5.222
Ensure
all
crosswalks
have
directional
ramps
that
meet
ADA
standards:
5.2.2.3 Ensure
crosswalks
are
designed
to establish
clear
sight
lines
for
pedestrians
and
vehicles
approaching
the
crosswalk.
52.2.4 Prevent
landscaping
from
encroaching
on the
crosswalk
access
path.
5.2.2.1-
Three-foot
Deep
Detectable
Warning
Surface
51.2.2 -Directional
Ramps
with
ADA
Access
97 Guidelines5.2.2.5
Explore
using
special
crosswalk
paving
material
such
as
permeable
interlocking
concrete
pavers
at
key
intersections
to
heighten
visibility
and
support
a distinct
identity
for
the
area.
5.2.2.6 Enhance
crosswalks
with
additional
signage
and
pavement
markings
to
improve
safety
for
pedestrians
and
vehicles.
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5.2.2.5 - Permeable
Pavers
in
Crosswalks
~
~.
5.2.3 Landscaping
Intent:
Use
street
trees
and
landscaping
along
corridors
to
beautify
the
streetscape,
act
as
a buffer
between
vehicular
Traffic
and
pedestrians
and
cyclists
and
provide
The
environmental
benefits
of
heat
island
reduction
and
carbon
sequestration.
Create
and
maintain
a streetscape
system
that
captures
sformwater
runoff,
filters
pollutants,
replenishes
groundwater
supplies,
and
supports
the
City's
environmental
goals.
Standards5.2.3.1
Locate
minimum
60 -inch
-wide
planter
areas
within
the
amenity
zone
to
provide
a safety
buffer
for
pedestrians.
W
here
right-of-way
is
constrained,
allow
tree
grates.
5.2.3.2 Maintain
at
least
a 12
-foot
vertical
canopy
clearance
from
the
sidewalk
elevation
to
the
tree
understory.
Provide
clear
emergency
and
service
access
that
does
not
block
light
from
pedestrian-
scalestreetlights.
5.2.3.3 Plant
trees
20 to
40 feet
apart
to
maintain
consistent
shade
for
pedestrian
and
cyclists.
5.2.3.4 Require
that
property
owners
of
new
development
projects
be
responsible
for
maintaining
landscaping
and
new
street
trees
within
public
parkways.
5.2.3.1-
Planters
Along
the
Edge
of
Curb
~a
5.2.3.5 Locate
all
trees
consistent
with
required
utility
offsets.
5.2.3.6 Any
landscaping
within
10 feet
of
a
driveway
or
within
a visibility
sight
triangle
must
be
less
than
3 feet
or
greater
than
10 feet
in
height.
5.2.3.7 Ensure
trees
and
landscaping
do
not
obstruct
the
visibility
of
any
pedestrian
signage
or
transit
facilities.
5.2.3.8 Maximize
opportunities
for
installation
of stormwater
planters
in
pedestrian
zone
and
in
between
on
-street
parking
spaces
in
accordance
with
the
City's
Green
Stormwater
Infrastructure
Plan
(GSI
Plan)
standards.
• Install
stormwater
tree
well
filter
system
consisting
of
an
excavated
pit or
vault
that
can
be
filled
with
bio-retention
soil
media,
planted
with
a tree
and
underlain
with
drain
rock
and
an
underdrain
pipe
in
the
amenity
zones
next
to
the
edge
of
the
curb.
• Incorporate
bio-retention
areas
that
consist
of
a ponding
area,
mulch
layer,
plants,
and
a special
bioretention
soil
media,
underlain
by drain
rock
and
an
underdrain,
if
required
in
between
parking
spaces.
~.
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5.2.3.SA
- Stormwater
Planters
in
Pedestrian
Zone
WzawA zc~ WA
• Incorporate
stormwater
bio-retention
system
in
the
curb
extension
or
bulbouts
that
extends
into
the
roadway.
Potential
locations
are
intersection
bulbout,
mid
-block
and
in-between
on
-street
parking
spaces.
zQ V V d w 0r W u aa
5.2.3.88 - Stormwater
Planters
in
Bulbout
5.2.3.8C
- Stormwater
Planters
in
Parking
Bulbout
:~Gv
Guidelines5.2.3.9
Where
the
parkway
planting
strip
is
constrained
to
five
feet
or
less,
explore
the
use
of
structural
soil
in
planting
strips
and
under
sidewalks
in
lieu
of
standard
aggregate
base.
Where
used,
such
structural
soil
should
beat
least
three
feet
deep
and
eight
feet
long.
5.2.3.10 Select
tree
species
that
are
climate
appropriate;
emphasize
shade;
reduce
heat
gain,
light
and
glare
impacts;
and
minimize
future
maintenance.
5.2.3.11 Consider
locating
street
trees
within
bulbouts
in
parking
lanes
where
pedestrian
zones
are
narrow,
or
to
create
a double
row
of
trees
at
key
locations.
Ensure
trees
do
not
obstruct
clear
sight
lines
for
vehicular
movement.
5.2.3.12 Consider
installation
of
porous
pavement
into
agravel-filled
storage
area
prior
to
infiltrating
into
underlying
soils.
This
can
include
permeable
interlocking
concrete
pavers.
These
pavers
can
be
installed
in
sidewalks,
crosswalks,
plazas,
on
-street
parking
surfaces,
driveways,
and
Class
IV
seperated
bikeways.
5.2.3.9 -Use
of
Structural
Soil
Underneath
Sidewalk
5.2.3.70 -Tree
Canopy
~,1~
J
5.2.4 Street
Furniture
Intent:
Provide
amenities
and
features
that
encourage
pedestrians
to
stop,
gather,
and
enjoy
the
street
and
that
provide
a comfortable
environment
for
non
-motorized
trove%
Street
furniture
elements
include
benches
and
seating,
bollards,
flowerstands,
kiosks,
public
art, signs,
refuse/recycling
bins,
and
similar
features.
Standards5.2.4.1
Ensure
street
furniture
does
not
obstruct
the
five-foot
clear
walkways
and
is
placed
inside
the
amenity
zone.
5.2.4.2 Site
street
furniture:
• At
least
two
feet
from
any
driveway
or wheelchair
ramp
and
five
feet
from
the
ramp
landings;
• Eighteen
inches
minimum
from
the
curb;
• Five
feet
minimum
from
any
fire
hydrant
and
at
least
two
feet
from
a
standpipe;
and
• At
least
eight
feet
from
any
transit
loading
and
unloading
areas.
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5.2.4.1-
Street
Amenities
Clear
o(the
Walkways
5.2.4.3 Street
lighting,
including
roadway
and
pedestrian
lighting
in
the
public
right-of-way,
will
be
installed
per
the
following
SVP
standards.
Any
deviation
or
additional
lighting
shall
be
handled
by
special
facility
agreement
with
developers)
for
a lighting
district
where
the
developer
owns
and
maintains
the
lighting
within
the
public
right
of
way
with
the
approval
of
SVP.
• SVP
street
lighting
standard
is
a 30
-
foot
pole
with
an
8-foot
mast
arm
with
LED
fixture.
• Ensure
street
lighting
does
not
impede
access
to
buses
or
shuttles
at transit
stops.
5.2.4.4 Provide
refuse
and
recycling
receptacles
at regular
intervals
to
help
keep
the
streets
and
pedestrian
zone
clean
and
free
from
litter.
As
a preference,
select
receptacles
that
include
separate
but
adjacent
bins
for
refuse
and
recyclables,
with
the
separate
purposes
clearly
identified.
Receptacles
should
be
sited
according
to
the
following
guidelines:
• Provide
a maximum
of
one
receptacle
every
200
feet
along
streets.
Additional
receptacles
should
be
provided
only
if a private
sponsor
provides
continued
maintenance;
• Provide
one
receptacle
at
each
corner
of
intersections;
and
• Locate
receptacles
clear
of
the
ADA
accessible
path
of
travel
5.2.4.3 -Pedestrian-oriented
Lighting
_
_
,~'
5.2.4.4 -Trash
Receptacles
5.2.4.5 Provide
bicycle
parking
and
locker
facilities
on
development
sites
consistent
with
VTA
Bicycle
Technical
Guidelines
and
CALGreen
requirements:
• Ensure
parking
and
locker
facilities
are
at
the
main
entrance
or
highly
visible
areas
• Ensure
at
least
three
feet
of
clearance
between
bicycles
parked
at racks
and
any
other
street
furniture;
• Where
pedestrian
zones
are
wide
enough,
design
bicycle
racks
that
allow
parked
bicycles
to
be
perpendicular
to
the
curb
and
not
projecting
into
pedestrian
pathways.
Where
this
space
is
not
available,
bicycle
racks
should
be
positioned
parallel
to
the
curb;
• Bicycle
racks
maybe
placed
at
either
edge
of
a tree
basin
but
must
be
a
minimum
of
two
feet
from
the
edge
to allow
a person
to
easily
pull
the
bicycle
in
and
out;
and
Guidelines5.2.4.6
Provide
a variety
of
seating
in
different
locations
and
arrangements
to
enhance
pedestrian
comfort
and
facilitate
leisurely
activity:
• Consider
a variety
of
seating,
including
benches,
seat
walls,
and
elements
integrated
into
other
furnishings,
such
as
planters;
• Prioritize
seating
in
mixed
-use
commercial
areas,
at
or
near
transit
stops,
adjacent
to
active
spaces,
and
at
a key
node;
and
• Consider
moveable
seating
that
allows
for
flexibility
and
increased
comfort
along
New
Roadways,
and
Slow
Streets.
zawQ z WQ ZaaU LL v a a Zw Y U aa
• Ensure
racks
offer
a minimum
of
two
points
of
support
for
bicycles.
5.2.4.SA-
Bicycle
Parking
on
Sidewalks
5.2.4.58 -Bicycle
Parking
Clear
of
ADA
Sidewalks
~~
5.2.5 Gateway Signage and
Wayfinding
Intent: Use signage that helps street
users navigate the public realm in
ways that reinforces each segment's
unique character, emphasizes key
locations or destinations, and promotes
neighborhood identity.
Standards
5.2.5.1 Install signage and amenities at
gateway intersections and at or near
the entrance to multi-use trails, such
as the Calabazas Creek Trail, Hetch
Hetchy, Patrick Henry Drive, and Old
Ironsides Drive to provide a sense of
arrival for automobiles, pedestrians, and
cyclists. Provide for these features to be
elegantly designed and contributory to
the character of the area.
5.2.5.2 Employ public signage for vehicular,
pedestrian, and cyclist wayfinding to
transit facilities and nearby destinations.
Guidelines
5.2.5.3 Create well-defined gateways using
distinctive signage, plant selection and
placement, and public art.
5.2.5.4 Coordinate colors, shapes, and graphics
of signage with the signage system of
the City of Santa Clara.
5.2.5.7 - Gatewoy Signoge
5.2.5.2 - Wayfinding
5.2.5.3 -Public Art
`•1 ~L:'
5.2.6 Public
-Private
Interface
Intent:
Use
creative
design
approaches
that
integrate
the
public
and
private
realms
in
a
manner
that
emphasizes
pedestrian
accommodation
and
creates
a recognizable,
defined
disfrict.
Standards5.2.6.1
Require
the
planting
of
trees
within
the
private
realm
where
the
right-of-way
is
too
constrained
to
accommodate
street
trees
in
the
amenity
zone.
WzaWA zc~ Wa
5.2.6.2 Restrict
fences
along
the
residential
units
to
no
higher
than
three
feet
so
that
they
do
not
create
a barrier
between
the
public
and
private
realms.
5.2.6.3 Planting
trees
and
landscaping
within
the
front
setbacks
of
residential
uses
to
provide
additional
shade
and
amenities
to
pedestrians.
Guidelines5.2.6.4
Establish
easements
for
sidewalks
and
bus
stops
where
the
right-of-way
is
constrained.
5.2.6.5 Use
residential
setbacks
fronting
streets
to encourage
the
design
of
raised
porches
and
entrances
to
keep
"eyes
on
the
street:'
Za a v LL vw a w 0 7w Y U H G d
5.2.6.1-
Porches
Help
Provide
Privacy
and
Security
5.2.6.2 -Restrict
Fences
to
Three
-feet
High
I' I'~
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5.3 STREET
DESIGN
Overarching
multimodal
transportation
and
street
design
goals
for
the
PHD
Specific
Plan
Area
include
the
following.
•
Facilitate
resident
and
employee
access
to and
from
the
PHD
Specific
Plan
Area
via
transit.
•
Create
a system
of
safe,
interconnected
travel
ways
for
all
modes.
•
Promote
walking
and
biking.
•
Facilitate
slow
vehicle
speeds
in
residential
neighborhoods
for
safety.
•
Improve
connections
to
destinations
within
and
near
the
PHD
Specific
Plan
Area.
•
Ensure
universal
access
for
all
ages
and
abilities.
•
Facilitate
provision
of
emergency
services.
Provide
on
-street
parking
for
businesses
and
residents.
•
Improve
transit
service
and
facilities.
•
Accommodate
emerging
and
evolving
transportation
modes.
All
street
cross
-sections
and
figures
shown
in
this
section
of
the
PHD
Specific
Plan
depict
the
intent
and
vision
for
the
individual
rights
-of
-
way.
Should
conflicts
with
utilities
or
easements
make
the
right-of-way
cross
sections
infeasible,
adjustments
to
cross
sections
may
be
approved
at the
discretion
of
the
Director
of
Community
Development.
WzaWQ a z Wa QJ av V a W 0 w Y U Qa
5.3.7 Patrick
Henry
Drive
Intent:
Patrick
Henry
Drive
will
be
redesigned
to
have
a
more
efficient
use
of space
and
balance
infrastructure
for
different
modes
of
travel,
including
automobiles,
shuttles,
bicycles,
and
pedestrians.
Patrick
Henry
Drive
will
continue
to
be
the
primary
route
into
and
out
of
the
PHD
Specific
Plan
Area,
providing
access
to
new
parks,
residences,
commercial
uses,
and
community
amenities.
Key
map
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-Patrick
Henry
Drive
Location
7 -Existing
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Henry
Drive
Location
2 -Existing
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-Patrick
Nenry
Drive
Location
3 -Existing
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PG&E
Easement
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5.3.1D
- Potrick
Henry
Drive
Location
1-Proposed
Prototypical
Option
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Pedestrian
Plaza
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i
Bike
Lane
Street
Trees
5.3.1E
-Patrick
Henry
Drive
Location
1-Proposed
Profotypicol
Plan
View
Option
Clear
Sidewalk
DirectionalADA
Ramps
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PG&E
Easement
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Eaument
5.3.1E
- Pa[rick
Henry
Drive
Location
2 -Proposed
Prototypical
Option
'~''
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Pedestrian
Plaza
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Pavers
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at
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i
Bike
Lane
Street
Trees
ADA
Ramps
r'
,
5.3.1G
-Patrick
Henry
Drive
Location
2 -Proposed
Prototypical
Plan
View
Option
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5.3.1H
-Patrick
Henry
Drive
Location
3 -Proposed
Prototypical
Option
r
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Clear
10'
Sidewalk
Setback
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Protected
Planter
Wells
with
Clear
Sidewalk
10'
Directional
'
~
Bike
Lane
Street
Trees
Setback
ADA
Ramps
I ~,
5.3.11 -Patrick
Henry
Drive
Location
3 -Proposed
Prototypical
Plan
View
Option
Sidewalkwdh
%anlea
~
Protected
~
TravelWne
~
left7urn
Lane
~
Travel
Lane
~
F~otected
~
'Sidewalk
with
%mlen
Bike
lane
Bfkc
Wne
10'
4'
70'
60'
10'
4'
70'
SecWck
*
-*
Electric
Euemem
flight
of
Way
fAOP~aX1
EIernKEasemmi~
Se[Wck
1Y Sidewalk
Easement
Standards5.3.1.1
Provide
10 -foot
-wide
travel
lanes
on
either
side
of
the
street,
with
a 12
-foot
-
wide
two-way
left
-turn
lane.
5.3.1.2 Install
an
eight
-foot
-wide
Class
IV
seperated
bikeway,
including
a three-
foot
-wide
striped
buffer
zone
with
bollards
to
allow
space
between
cyclists
and
vehicular
traffic.
5.3.1.3 Create
a 20
-foot
-wide
continuous
pedestrian
zone
including
seven
-foot
wide
clear
walkway;
and
an
amenity
zone
along
the
curb
for
trees,
planters
and
street
furniture.
Allow
5-foot
walkways
where
above
-grade
utility
structures
are
present.
Mixed
-use
frontages
shall
also
include
an
activity
zone
adjacent
to
the
building.
Guidelines5.3.1.4
Allow
installation
of
pick-up/drop-
offlocations
for
rideshare
and
other
vehicles
per
City
discretion.
5.3.1.5 Ensure
pick-up/drop-off
locations
are
located
near
the
parcel
lines
to
facilitate
sharing
between
properties
to
minimize
impacts
to
pedestrian
zone
and
amenity
zone
and
to
avoid
conflict
with
bicycle
facilities.
y~
5.3.1.38 -
_ '
WzawA z WA ZaJ d LL U N w a Z aa
Variety
ofAmenities
in
Pedestrian
Zone
5.3.1.3A
- 20
-foot
-wide
Pedestrian
Zone
5.3.2 Old
Ironsides
Drive
Intent:
Old
lronsides
Drive
has
a
generous
right-of-way
and
curb
-to
-
curb
width
that
will
allow
the
road
to
accommodate
vehicle
traffic,
on
-street
parking,
seperated
bicycle
facilities,
street
trees,
and
creative
streetscape
design
for
street
activations.
-.~
5.3.2A
-Old
Ironsides
Drive
Location
7 -Existing
,:I'.;~.~_-
~~f
5.3.28 -Old
Ironsides
Drive
Location
2 -Existing
Cocatib
l n i
~
f
f
~
- -
--,
-
- -~
_
~
Location
2 ---
L-z_;
Key
map
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B'
8'
10'
11'
lo"
S'
eS
1ti
iu
ac[oacK
nor
Sldewalkwlth
Punters
ProtectM
Parklnq
Trml
Lane
Left
Tum
Line
Travel
Wne
Parking
Protected
SlAcwalkwith
PWncea
re
sldentlal
bullding;
no
setback
for
offim
10_
10'
Blke
Une
gq•
Bike
Wne
10'
_building
Setback
Iec7nt
Easemem
Rlght
of
Way
tApProx)
Vubllc
Utility
7ioposed
Sidewalk
Easement
&
Easement
Sidewalk
Easement
5.3.2C
-Old
Ironsides
Drive
Location
7 -Proposed
Prototypical
Option
,,
%~
~ sswalk
On
-street
Parking/Pick-up
Clear
Sidewalk
Special
Paversl
r~` ,
and
Drop-off
with
Amenities
at
Intersections
~~_
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--------
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gg,
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,Stormwater
Protected
Planter
Wells
with
10'
setback
for
residential
buddin
Directional
•
~ ,.
Planters
Bike
Lane
Street
Trees
No
setback
for
office
buildin
ADA
Ram
s
i
5.3.2D
-Old
Ironsides
Drive
Location
1-Proposed
Prototypical
Plan
View
Option
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.i4
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PG&E EaxmenC kcGic Easement Rtght ofWay fApproxl Public Utility Proposed Sidewalk Easement &
9dewalk Easement
Eaumenl
5.31E -Old Ironsides Drive Location 2 -Proposed Prototypical Option ' v-
~~
~ . _
10' Setback for
residential building;
no setback for office
building
o ~ ._,/4r// ///Ni/Y %//b//lb/ ///' I/AO' b//!O /N//lA////O //N// %/.6Y //Y///N//I.Vl .Y/I/b //A'// I
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~
Y Protected Planter Wells with 10' setback for residential building; Directional~-~` o I Planters Bike Lane Street Trees No setback for ofFice building ADA Ramps
5.32E-Old Ironsides Drive Location 2 -Proposed Prototypical Plan View Option
Standards5.3.2.1
Maintain
10 -foot
-wide
travel
lanes
on
either
side
of
the
street,
with
a 12-foot
-
wide
two-way
left
-turn
lane.
5.3.2.2 Install
an
eight
-foot
-wide
Class
IV
seperated
bikeway,
including
a
three
-foot
-wide
striped
buffer
zone
with
bollards
to
allow
space
between
cyclists
and
vehicular
traffic.
5.32.3 Install
aneight-foot-wide
on
-street
parking
lane
on
both
sides
of
the
street.
5.32.4 Allow
stormwater
planters
and
trees
in
bulbouts.
5.3.2.5 Install
20 -foot
-wide
continuous
pedestrian
zones
and
ensure
seven
-feet
wide
clear
walkway
at
all
time
for
ADA
accessibility.
Design
amenity
zone
along
curbside
to
include
trees,
planters
and
street
furniture.
Guidelines5.3.2.6
Allow
planters
inside
the
amenity
zone
as bio-retention
areas
5.3.2.7 Allow
parking
spaces
to
be
used
as
pick-up/drop-off
locations.
WzawA c~zc~ Wa Za a LL vw a w 0 Z Y U aa
5.3.21 -Class
IV
Seperoted
Bikeway
5.3.2.3 -Parking
with
Planters
i
f.J S'
5.3.3 New
Roadways
Intent:
New
Roadways
will
be
private
roadways
that
contribute
significantly
to the
pedestrian-
and
bicycle
-friendly
character
of
the
street
environment
by
providing
tree
-shaded,
traffic
-calmed
travel
ways.
The
New
Roadway
design
is flexible
and
will
vary
based
on
several
factors,
including
the
unique
needs
of
uses
fronting
the
street,
smooth
traffic
regulation,
and
the
amount
of
through
and
destination
traffic.
Standards5.3.3.1
Allow
for
10 -foot
-wide
travel
lanes
on
either
side
of
the
street.
5.3.3.2 Provide
marked,
shared
Class
III
bicycle
boulevards
on
new
roadways
with
shared
lane
markings
as
per
MUTCD
standards
5.3.3.3 Require
eight
-foot
-wide
on
-street
parking
lane
on
both
sides
of
the
street.
5.3.3.4 Allow
stormwater
planters
and
trees
in
bulbouts.
5.3.3.5 Install
continuous
12 -foot
-wide
pedestrian
zone,
including
aseven-foot
wide
clear
ADA
accessible
walkway.
Design
amenity
zone
along
curbside
to include
trees,
planters
and
street
furniture.
5.3.3A
-New
Roadways
- Option
i -Potential
Short
term
Guidelines5.3.3.7
Allow
planters
inside
the
amenity
zone
as bio-retention
areas.
5.3.3.8 Encourage
use
of
permeable
interlocking
concrete
pavers
in
on
-street
parking
surfaces
to
enhance
traffic
calming
measures.
~~
d'
5.3.38 -New
Roadways
- Option
i -Potential
Prototypical
Long
term
.~C~
s~walk
Right
-of
-Way
Set
ack
Stormwater
Planter
Clear
On
-street
Special
Pavers
~-
~
~
~
Bulbouts
Sidewalk
Parking
at
Intersection
~ ``
..
__
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—
--
—
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t,
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t
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e
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it
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-----
-
--
--
-
-
~
o
~
Shared
Travel
Planter
Wells
with
Clear
Sidewalk
Setback
Right
-of
-Way
Directional
;
o~`
.~~
Lanes
Street
Trees
ADA
Ramps
~
:~
~
__
-
5.3.3C
-New
Roadways
-Option
7 - Potentra/
Prototypical
Long
Term
Plan
View
Wz awA D z wA zaJ d V v~„a w D zwr Y v aa
x
uaau
n~v~~~
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x..w...
5.3.3D
-New
Roadways
-Option
2 -Proposed
Prototypical
Sliort
term
5.3.3E
-New
Roadways
-Option
2 -Proposed
Prototypical
Long
term
PATRICK HENRY DRIVE SPECIFIC PLAN DESIGN GUIDELINES '~N
`~~
5.3.4 Slow
Streets
Intent:
Private
Slow
Streets
are
low
-
traffic
-volume
roadways
intended
specifically
to
promote
pedestrian-
and
bicycle
-friendly
conditions
and
contribute
to
neighborhood
character
by
providing
tree
-shaded,
traffic
-calmed
streets.
The
street
design
allows
a
variety
of
uses
and
flexible
spaces
that
can
be
used
as
spaces
for
temporary
kiosks,
gathering,
and
public
art.
Standards5.3.4.1
Allow
one
10 -foot
-wide
travel
lane
on
either
side
of
the
street.
5.3.4.2 Design
streets
to
be
curbless
to
encourage
pedestrians
and
cyclists
to
use
the
entire
right-of-way
5.3.4.3 Use
seating
with
seat
walls,
planters,
pedestrian
lighting,
bicycle
parking,
bollards
or
other
amenities
to
provide
separation
and
protection
for
pedestrians
from
moving
traffic.
5.3.4.4 Design
Slow
Streets
with
Class
III
bicycle
boulevards,
with
shared
lane
markings
as per
MUTCD
standards.
5.3.4.5 Devote
space
to
generous
landscaped
and
widened
sidewalks.
5.3.4.6 Provide
15 -foot
wide
continuous
pedestrian
zone,
including
aseven-feet
wide
ADA
accessible
walkway
all
along
the
street.
Design
amenity
zone
along
the
edge
of
the
travel
lane
to
provide
buffer.
Include
trees
and
planters
inside
the
amenity
zone.
5.3.4.7 -Shared
Travel
Lane
5.3.4.2 - Curb/ess
Street
5.3.4.6 -Amenity
Zone
5.3.4.7 Install
mid
-block
crosswalks
with
directional
ADA
ramps
where
the
distance
between
the
crosswalk
is
more
than
300
feet
long
to
facilitate
crossings
for
visually
impaired
people.
5.3.4.8 Include
a variety
of
programmed
spaces
in
or
adjacent
to
Slow
Streets
wherever
space
allows.
Spaces
may
accommodate
children's
play
areas,
basketball
hoops
and,
landscaping.
Design
Slow
Streets
with
flexibility
such
that
they
can
be
used
differently
at
different
times.
Guidelines5.3.4.9
Encourage
use
of
permeable
interlocking
concrete
pavers
in
the
roadway
and
parking
surfaces
to
enhance
traffic
calming
measures.
5.3.4.101nstall
eight
-foot
-wide
on
-street
pick-up/
drop-off
locations
inside
the
amenity
zone
on
both
sides
of
the
street.
Limit
the
drop
off
spaces
to
one
or
maximum
two
spaces.
5.3.4.10 -Permeable
Pavers
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Crosswalk
5.3.4.77-
Parking
for
pick-up/drop-off
124
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5.3.4A
-Slow
Streets
-Proposed
Prototypical
Option
,p s~walk
On
-street
Parking/Pick-up
Shared
Street
with
Stormwater
Special
Pavers
lam
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Planters
at
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Setback
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5.3.48 -Slow
Streets
-Proposed
Prototypical
Plan
View
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125
5.3.4C
-Slow
Streets
along
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Neighborhood
Park
-Proposed
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-Slow
Streets
along
Cenfra/
Neighborhood
Park
-Proposed
Prototypical
Plan
View
Option
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5.3.4E
-Slow
Streets
along
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Neighborhood
Park
-Proposed
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Option
-Alternative
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5.4 PARKS,
RECREATION
A
ND
OPEN
SPACES
A robust
network
of
parks
and
open
spaces
connected
by
pedestrian
and
bicycle
pathways
will support
the
PHD
Specific
Plan
Area
as
it
transforms
into
ahigh-density
residential
mixetl-
useneighborhood
(see
Figure
4.5:
Parks
and
Greenways).
The
standards
and
guidelines
in
this
section
support
the
City's
overarching
parks,
recreation
and
open
space
goals
and
serve
future
residents
by
providing
diverse
outdoor
environments
and
experiences.
The
open
space
system
includes
the
following
types
of
facilities.
•
Publicly
Dedicated
Parkland
•
Privately
-owned
public
open
spaces
(POPOS)
•
Community
Gardens
•
Plazas
•
Greenways,
and
Trail
Connections
Active
Open
Space
with
Games
—
~
—~
Wzawa c~z a ZQa V wa w 0 zw Y U aa
Activated
Urban
Plaza
Neighborhood
Park
3~
5.4.7 Parkland
Dedication
Intent:
Public
parks
support
the
quality
of life
for
all
City
residents
and
serve
the
day-to-day
needs
of
those
who
work
and
live
in
the
PHD
Specific
Plan
Area.
Parks
will
be
designed
and
programmed
in consultation
with
the
City
Parks
and
Recreation
Department
and
Parks
and
Recreation
Commission
with
public
input.
Developers
will
enter
into
a park
design
and
construction
agreement
with
the
City.
Developers
will
also
enter
into
a park
maintenance
agreement
with
the
City
or
participate
in
a
CFD
or
other
mechanism
to
pay
for
ongoing
maintenance
and
capital
renewal
of
the
parks.
Standards5.4.1.1
Ensure
all
public
parks
are
at
least
one
acre
in
size
to
provide
adequate
space
for
seating
and
gathering
areas,
programming,
and
flexible
use
turf
areas.
Property
owners
may
dedicate
less
than
one
acre
in
an
instance
where
parkland
straddles
parcel
lines
and
dedications
are
adjacent.
The
combined
parkland
dedication
in
these
instances
must
be
at
least
one
acre.
• Programming
for
public
parks
may
include
courts,
fields,
seating,
picnic
tables,
exercise
equipment,
off-leash
dog
areas
and,
other
features
appropriate
tohigh-density
residential
neighborhoods
and
subject
to
Section
17.35.070
• Property
owners
can
design
and
develop
parkland
for
specialized
uses
e.g.,
art
park)
with
approval
from,
and
in
collaboration
with,
the
City
Parks
and
Recreation
Department.
5.4.1.2 Ensure
opportunities
for
public
art
in
park
and
plaza
design.
~:.
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--
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~.~
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k4y"•_
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.
5.4.1.1A
-Flexible
Use
Turf
Area .
~
~~~
5.4.1.18 -Open
Spaces
and
Landscaped
Plazas
5.4.1.2 -Public
Art
in
Open
Space
.~Y~
Guidelines5.4.1.3
Design
parks
to
be
seamlessly
connected
to
the
PHD
Specific
Plan
Area's
network
of
greenways,
streets,
and
trails,
including
the
Calabazas
Creek
Trail
and
the
planned
trail
along
the
Hetch
Hetchy
right-of-way.
5.4.1.4 Plan,
design,
and
program
the
public
parks
to
be
complementary
and
feature
unique
elements
not
found
in other
PHD
Specific
Plan
Area
open
spaces
and
consistent
with
17.35.070.
Generally,
the
parks
should
be
designed
and
programmed
as
follows:
• The
neighborhood
park
near
the
middle
of
the
PHD
Specific
Plan
Area
shall
have
pathways
connecting
east
-west
and
north
-
south,
include
amenities
that
support
the
community
uses
along
the
park,
and
provide
plentiful
seating
and
play
areas
for
all
ages;
• The
southwest
park
shall
connect
to
the
Calabazas
Creek
trail
and
provide
facilities
for
active
recreation,
such
as
sports
courts
or
fields;
and
The
northeast
park
(in
Scenario
A
only)
shall
connect
to
the
Hetch
Hetchy
right-of-way
and
Great
America
Parkway
and
provide
a
hardscaped
area
with
flexible
seating
and
gathering
areas.
5.4.1.5 Include
amenities
in
parks
that
support
the
comfort
of
users,
including
shaded
seating
areas,
movable
furniture,
and
water
fountains/bottle
filling
stations.
5.4.1.6 Ensure
parks
provide
space
and
amenities
for
both
passive
and
active
recreation
and
encourage
flexible
spaces
that
can
be
used
for
multiple
activities
at
different
times.
5.4.1.7 Use
climate
-appropriate
and
native
tree
and
plant
species
for
landscaped
areas
to
minimize
maintenance
and
water
requirements.
WzawA ac~ zc~ Wa Za a V aN 0 W Y U aa
5.4.7.3 -Open
Spaces
with
Amenities
5.4.1.6 -Play
Areas
for
all
Age
Groups
?~~
5.4.2 Privately
Owned
Public
Open
Standards
Spaces
(POPOS)
Intent:
Property
owners
and
residential
developers
are
required
to
provide
publicly
accessible
spaces
on
private
parcels,
as
outlined
in
Chapter
4. These
open
spaces
shall
be
privately
owned
and
maintained
and
open
for
the
general
public
access.
5.4.2.1 Ensure
all
POPOS
are
at
least
30 feet
wide
and
1,000
square
feet
in
size.
5.4.2.2 Require
that
any
pedestrian
path
through
the
site
be
at
least
five
feet
wide.
5.4.2.3 Use
climate
-appropriate
and
native
tree
and
plant
species
for
landscaped
areas
to
minimize
maintenance
and
water
requirements,
consistent
with
the
City's
Water
Efficient
Landscape
Ordinance.
Guidelines5.4.2.4
Site
or
connect
POPOS
to
the
street
level
to
provide
easy
public
access.
5.4.2.5 Site
and
design
POPOS
to
ensure
direct
sunlight
at
least
four
hours
per
day
and
to
minimize
shadows
from
adjacent
buildings.
5.4.2.6 Design
spaces
to
provide
space
for
outdoor
social
activities
and
amenities
suited
to
high
-density
residential
development,
such
as
play
spaces
and
off-leash
dog
areas.
5.42.4 -Open
Space
with
Access
to
Direct
Sunlight
5.4.2.6A
-Open
Spoce
with
Seoting
5.4.2.68 -Off-leash
Dog
Area
~~~
5.4.3 Community
Gardens
Intent:
As
an
added
amenity
for
high
-
density
residential
neighborhoods
and
developments,
the
City
and/or
property
owners
may
provide
community
gardens
for
residents'
use.
These
guidelines
outline
recommended
community
garden
siting,
design,
and
maintenance.
Guidelines5.4.3.1
Incorporate
community
gardens
or
planters
in
public
parks
and
POPOS
throughout
the
neighborhood.
5.4.3.2 Design
planter
beds
to
be
at
least
three
feet
by
six
feet.
Consider
the
use
of
raised
beds
for
ideal
draining.
5.4.3.3 As
space
allows,
include
a mix
of
planter
bed
sizes
to
accommodate
different
user
needs
and
preferences.
5.4.3.4 Site
garden
beds
and
plots
to
have
sun
exposure
six
to
eight
hours
per
day.
5.4.3.5 Set
back
any
planter
beds
along
amenity
zone
or
in
bulbouts
at
least
two
feet
from
the
curb
face
to
allow
safe
gardening
and
room
for
car
doors.
5.4.3.6 Provide
easy
access
to
water
to
irrigate
planting
beds.
WzaWA z Wa QaU LL vwa w 0 Zw Y aa
5.4.3.7 -Planter
Beds
Along
Sidewalk
K
~F
.
-..d'!
.
5.4.4 Plazas
Standards
Intenf:
Plazas
are
hardscape
urban
open
spaces
That
serve
as
neighborhood
5.4.4.1 activity
nodes
and
provide
spaces
for
social
gatherings,
small
evenfs,
and
commerce.
These
spaces
complement
parks
and
other
landscaped
and
turf
areas
and
can
activate
the
ground
-floor
urban
environment.
Site
plazas
along
pedestrian
zones,
and
active
corridors;
at
activity
nodes;
gateways;
adjacent
toground-floor
retail,
flex,
or
community
uses;
and
within
setbacks
and/or
over
existing
utility
easements.
5.4.4.2 Provide
for
plazas
to
connect
to
adjacent
streets,
paths,
and
greenways.
5.4.4.3 Provide
amenities
that
encourage
informal,
flexible,
and
creative
use
of
plazas
and
that
support
user
safety.
Amenities
may
include
pedestrian
-
scaled
lighting,
benches
or
flexible
seating,
shade
structures,
trees
and
landscaping,
water
features,
and
public
art.
1,~~%
5.4.4.1-
Plaza
Adjacent
to
Ground
-floor
Retail
5.4.4.2 -Landscaped
Plaza
with
Seating
5.4.4.3 - Plazo
Amenities
135
Guidelines5.4.4.4
Use
special
pavement
design
or
treatment
to
increase
plaza
visibility
and
identity.
5.4.4.5 Encourage
use
of
permeable
interlocking
concrete
pavers
as
part
of
stormwater
management.
5.4.4.6 Design
plazas
to
be
places
for
community
gathering,
programming,
performances,
and
commerce.
5.4.4.7 Ensure
that
adjacent
ground
-floor
uses
open
onto
the
plazas
and
allow
their
uses
to
spill
out
into
the
space,
including
outdoor
dining
and
retail.
y W zawA zc~ wa Z J d v vwa w 0 Z U H aa
5.4.4.4 -Plaza
with
Flexible
Seating
5.4.4.6 -Community
Gathering
in
Plaza
5.4.4.7 -Active
Ground
Floor
Uses
w u ~'.'~
5.4.5 Greenways
Intent:
Greenways
will
be
created
throughout
the
PHD
Specific
Plan
Area
to improve
connectivity
and
access
and
fo
create
ahuman-scaled
setting.
These
pathways
facilitate
pedestrian
and
bicycle
access
to
parks,
trails,
and
acfivitynodes.
Locafed
along
alleys
and
new
development,
These
greenways
also
create
opportunities
for
on
-site
stormwater
~Itration.
Standards5.4.5.1
Site
greenways
as
shown
in
Figure
4.5A
of
the
Open
Space
Framework
to
provide
pedestrian
and
bicycle
connections
through
large
blocks,
to
link
destinations,
and
to
enhance
required
spaces
between
buildings.
5.4.5.2 Use
greenways
to
connect
parks
and
open
space
and
improve
access
to
trails,
transit
stops,
activity
nodes,
and
other
community
amenities.
5.4.5.3 Create
greenways
that
are
at
least
40 feet
wide,
with
a
preferred
width
of
40 to 60
feet
to
allow
for
paths
of
travel,
buffers,
antl
emergency
access.
5.4.5.4 Ensure
clear
pathways
within
greenways
are
at
least
five
feet
wide.
5.4.5.5 Provide
pedestrian
-scaled
lighting
along
greenways
for
user
safety
and
comfort.
5.4.5.6 Provide
seating,
refuse/recycling
receptacles,
and
other
basic
amenities
along
greenways.
5.4.5.7 Provide
10 -foot
setbacks
for
all
buildings
fronting
on
to
the
greenways.
5.4.5.1-
Pedestrian
Connection
Between
Buildings
5.4.5.2 - Greenwoy
Connecting
Community
Amenities
5.4.5.5 - Pedestrian
-scaled
Lighting
Along
Greenway
Guidelines5.4.5.8
Encourage
the
use
of
bioswales
along
the
greenways
to
attenuate
surface
run-off.
5.4.5.9 Incorporate
landscaping,
trees,
and
community
gardens
along
greenways.
5.4.5.10 Require
that
design
of
buildings
and
setbacks
along
greenways
contribute
"eyes
on
the
street"
for
safety
to
activate
these
spaces.
5.4.5A
- Greenways
-Proposed
Prototypical
Option
~kean T~kr ZaJ U LL v a w 0 Zw Y U H Qa
5.4.5.9 -Well
Landscaped
Pedestrian
Path
x
wo~n
~~~~vu..+~
+..w.e
'7~
~.
5.5 SITE
LAYOUT
AND
DESIGN
These
standards
and
guidelines
shape
site
layout
and
design
to
achieve
the
following
overarching
goals:•
Breakup
large
parcels
and
blocks
and
to
create
an
improved
pedestrian
experience;
•
Create
active
and
attractive
ground
-floor
relationships
to
the
pedestrian
zone;
and
•
Take
advantage
of
natural
heating
and
cooling.
The
following
design
standards
and
guidelines
are
broken
into
individual
segments
for
residential,
mixed
-use,
and
office
buildings.
Landscaped
Residential
Setback
~~
■ ~
~~~
~
—
_ ■
.~
Wzaw A zc~ Wa z aV a 0 w Y U aa
Landscaping
Within
Active
Alleyway
Shared
Pathway
~4•
5.5.1 Building
and
Block
Organization
Intent:
Organize
buildings
and
design
sites
to
create
interesting
and
pleasant
pedestrian
environments
with
convenient
access
and
connections
through
blocks
to
destinations
throughout
the
district.
StandardsFor
Residential,
Mixed
-use
and
Office
5.5.1.1 Encourage
mid
-block
connectivity
through
the
block
and
across
adjoining
streets
such
that
the
distance
between
two
pedestrian
crossings
is
no
more
than
330
feet
or
1/16th
of
a
mile
to
break
up the
massing.
5.5.1.2 Locate
public
open
spaces
and
plazas
facing
major
streets
to
create
social
gathering
spaces
that
are
welcoming,
visible
and
provide
visual
access
into
the
buildings
or
site.
For
Residential
and
Mixed
-use
5.5.1.3 Use
alleys
and
greenways
to
break
up
long
blocks,
enhance
connectivity,
and
create
open
spaces
and
stormwater
management
features.
5.5.1.4 Provide
connectivity
and
emergency
vehicle
access
next
to
cul-de-sacs
by
connecting
the
"dead
end"
section
of
the
street
with
multi
-modal
paths
for
pedestrians,
cyclists,
and
emergency
vehicles.
5.5.1.5 Align
and
connect
all
new
streets
created
as
part
of
large
private
developments
with
existing
adjoining
public
streets.
GuidelinesFor
Residential
and
Mixed
-use
and
Office
5.5.1.6 Locate
parking
lots
and
access
to
parking
to
minimize
passive
pedestrian
edges
along
the
streets.
5.5.1.7 -Mid-block
Connection
with
Human
-scaled
Spaces
5.5.1.3 -Mid-block
Alley
'~4'
5.5.2 Building
Orientation
Standards
~~
I:j
WzaWQ z WA
Intent:
Orient
buildings
to
maximize
For
Residential
and
Mixed
-use
internal
access,
create
visual
interesf,
5.5.2.1 Ensure
that
corner
buildings
actively
and
avoid
blank
walls.
address
both
streets
with
well
-marked
and
attractively
designed
pedestrian
entrances.
5.5.2.2 Locate
entries
to
retail
flex
spaces
on
major
mixed
-use
corridors
(Patrick
Henry
Drive
and
Old
Ironsides
Drive)
to
activate
the
streets.
5.5.2.3 Orient
end
and
corner
units
to
both
the
front
and
side
fa4ades
to
provide
for
new
building
exteriors
to
relate
physically
and
visually
to
adjacent
existing
and
planned
development.
For
Office
5.5.2.4 Locate
pedestrian
entries
to
office
buildings
on
Old
Ironsides
Drive
and
Great
America
Parkway
to
activate
the
streets.
GuidelinesFor
Residential
and
Mixed
-use
5.52.5 For
buildings
with
ground
-floor
residential
uses,
locate
kitchens
and
living
rooms—
rather
than
bedrooms
and
other
more
private
areas
—to
face
streets
to
maximize
privacy
and
security.
5.5.2.2 -Entries
on
Major
Streets
.~ a ~,`T~
Z vw 0 Y Q
5.5.2.5-
Ground
Floor
Residential
Uses
5.5.2.1-
Corner
Orientation
Addresses
Both
Streets
_ .~
5.5.3 Building
Frontages
and
Setbacks
Intent:
Use
setbacks
to
acfivate
the
pedestrian
environment
by
providing
and
designing
for
outdoor
cafe
seating,
landscaping,
and
public
art
to
creafe
an
extended
and
activated
pedestrian
zone
environment
StandardsFor
Residential
and
Mixed
-use
5.5.3.1 No
setback
is
required
for
mixed
-use
buildings
with
ground
-floor
retail,
flex
or community
spaces
on
Patrick
Henry
Drive
and
Old
Ironsides
Drive,
except
where
needed
for
flood
control
and
utility
requirements.
5.5.3.2 Provide
10 -foot
setbacks
for
all
buildings
with
ground
-floor
residences
fronting
on
to Patrick
Henry
Drive
and
Old
Ironsides
Drive.
5.5.3.3 Provide
minimum
10 -foot
building
setbacks
on
New
Roadways
and
Slow
Streets
to
ensure
wide
clear
pedestrian
zone
and
room
for
street
-level
activity.
5.5.3.4 Ensure
buildings
with
residential
ground
-floor
uses
are
set
back
10 feet
from
greenways
and
creek
trails.
5.5.3.5 No
building
setback
is
required
for
residential
-only
buildings
where
the
width
of
the
existing
utility
easment
is 10
feet
or
more
between
the
right-of-way
and
building
edge.
5.5.3.6 Design
and
program
utility
easements
along
Patrick
Henry
Drive
and
Old
Ironsides
Drive
as
setbacks.
Consider
activating
these
spaces
with
amenities,
including
public
seating
areas,
small
plazas,
and
outdoor
dining
areas.
5.5.3.1-
No
setback
for
Mixed
-use
Buildings
5.5.3.3 -Residential
Stoop
For
Office
5.5.3.7 No
setback
is
required
for
office
buildings.
GuidelinesFor
Residential
and
Mixed
-use
5.5.3.8 The
following
building
elements
are
allowed
to
project
horizontally
into
the
setback
zone
at
the
following
dimensions
and
at
certain
heights
above
sidewalk
grade:
• Enclosed
or
unenclosed
building
area
may
project
up
to
3 feet,
at
a height
of at
least
12 feet
above
sidewalk
grade;
• Architectural
elements
such
as
cornices
and
shading
devices
may
project
up
to
2 feet
and
must
be
at
least
8 feet
above
sidewalk
grade;
• Canopies
and
awning
may
project
up
to 8 feet
and
must
be
at
least
10 feet
above
sidewalk
grade;
• Steps,
stoops,
terraces,
and
patios
may
project
up
to
the
full
depth
of
the
setback
and
may
be
up
to
48 inches
in
height;
and
• Planting
beds
may
project
up
to
the
full
depth
of
the
setback
and
may
be raised
up
to
48 inches
above
sidewalk
grade.
Wz a A 0c~ zc~ Wa Za a LL vwa W 0 Zw Y U a
5.5.3.7 - No
Setback
for
Office
Buildings
5.5.3.8 Building
Elements
in
Residential
Setback
5.5.3.8 -Balconies
Projected
in
the
Setback
fd+f
r,~,
5.5.4 Alleys
and
Service
Access
Intent:
Design
alleys
and
service
access
points
to
be
functional,
safe
and
comfortable.
StandardsFor
Residential,
Mixed
-use
and
Office
5.5.4.1 Locate
alleys
and
service
areas
that
serve
development
on
rear
or
side
streets,
as
most
practicable.
5.5.4.2 Provide
adequate
lighting
in
alleyways
for
safety.
5.5.4.3 Where
rear
or
side
service
access
through
-traffic
is
infeasible
due
to
parcel
configuration,
allow
access
from
Patrick
Henry
Drive
and
Old
Ironsides
Drive
only
in
a manner
that
preserves
safe
pedestrian
movement
and
does
not
impede
through
traffic
flow
on
these
streets.
5.5.4.4 Limit
curb
cuts
for
service
areas
accessed
from
Patrick
Henry
Drive
and
Old
Ironsides
Drive,
to
24 feet
for
two-
wayvehicular
access
and
16 feet
for
one-way
vehicular
access.
5.5.4.5 Require
that
alleys
required
for
emergency
vehicle
access
have
a
minimum
width
of
25 feet
to
allow
for
access
and
landscaping.
5.5.4.6 Include
afive-
to
10 -foot
planting
buffer
for
trees
and
landscaping
along
alleys
to
enhance
the
pedestrian
environment.
5.5.4.1-
Alleys
to
Serve
Ground
Floor
Uses
5.5.4.2 - Alley
Lighting
for
Safety
and
Decoration
n~—u'-....
GuidelinesFor
Residential,
Mixed
-use
and
Office
5.5.4.7 Use
special
paving
materials
or
patterns
for
alleys
to
visually
signal
to
drivers
that
they
are
entering
a shared
-
use
zone
which
allows
both
auto
access
and
pedestrian
connections.
5.5.4.8 Connect
mid
-block
pedestrian
pathways
and
greenways
through
and
across
alleys
with
special
paving
materials
or
patterns
different
than
the
alley
paving.
5.5.4A
-Alleys
-Proposed
Prototypical
Option
5.5.4.9 Use
speed
humps,
signage,
and
other
traffic
-calming
devices
in
alleys
and
service
accessways
to
reduce
vehicle
speed.
5.5.4.10 Provide
windows
and
balconies
overlooking
alleys
and
service
accessways
to
provide
"eyes
on
the
street"
for
safety
and
comfort.
5.5.4.11 Screen
loading
and
refuse/recycling
collection
areas
located
in
alleys
from
adjacent
uses
with
vegetation,
landscaping,
walls,
and
structural
design.
5.5.4.12 Incorporate
loading
areas
(such
as
garage
entrances)
within
the
building
to the
maximum
extent
possible
to
minimize
impacts
on
surrounding
areas.
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5.6 BUILDING
DESIGN
Building
scale,
massing,
and
design
define
the
character
and
comfort
of
an
area.
The
following
overarching
building
design
goals
will
help
create
a dynamic
urban
experience:
•
Requiring
welcoming
and
attractive
ground
-floor
environments;
•
Distinguishing
the
district
with
high-
qualitydesign
of
lasting
quality
and
style;
•
Encouraging
cohesive
but
not
monolithic
architecture;
and
•
Balancing
density
with
a pedestrian
-
oriented
street
environment.
•
Aligning
with
state-of-the-art
building
design.
The
following
design
standards
and
guidelines
are
broken
into
individual
segments
for
residential,
mixed
-use,
and
office
buildings.
WzawA zc~ WA ZQa V w 0 ZwTY U Qa
Transparent
Ground
Floor
and
Entrance
Corner
Orientation
Building
Articulation
and
Landscaping
,~~~
5.6.7 Building Massing, Height and
Scale
Intent: Design building form, mass,
and sca/e to enhance the pedestrian
realm and experience, and to provide
transitions to adjacent lower-density
development and public spaces.
Standards
For Residential, Mixed-use and Office
5.6.1.1 Limit building height, including all
vertical building elements, to the
Federal Aviation Administration (FAA)
requirement.
For Residential and Mixed-use
5.6.1.2 Limit the uninterrupted length of a
building or complex to no more than
330 feet. For any building over 330 feet
in length, break up the massing with a
ground-floor inset or notch of at least 40
feet wide and 15 feet deep except for
the edges fronting onto Mission College
Boulevard.
5.6.1.3 Require a minimum 15 foot floor-to-
floor height for mixed use buildings
with ground floor commercial, flexor
community uses except where utility
rooms (i.e., fire, electric) must be
located and accessible from the public
street. In such cases, a reduced height
is acceptable if enables transparency
on the building facade within the first 15
feet.
5.6.1.4 Breakup roof lines at intervals
no greater than 80 linear feet by
changes in direction, pitch, or similar
approaches.
5.6.1.5 Mixed-use buildings shall provide a
minimum of 40-foot and maximum
of 70-foot depth of ground-floor
commercial, and/or and community
uses.
5.6.7.3 -Ground Floor Commercial Use
5.6.7.4 -Variation rn Roof Lines
~F~
5.6.1.6 Mixed
-use
buildings
shall
provide
a
minimum
of
30 -foot
and
maximum
of
70-foot
depth
for
flex
use.
5.6.1.7 Elevate
ground
-floor
residential
uses
at least
24-36
inches
above
grade
and
locate
windowsills
two
to
three
feet
above
floor
level
to
provide
for
privacy.
5.6.1.8 Starting
at
70 feet
for
residential
and
mixed
-used
buildings,
buildings
shall
be
articulated
with
a 5-foot
average
step
back
from
the
street
wall,
including
building
recesses
and
protrusions,
for
a minimum
of
50%
of each
building's
public
frontage.
Balconies
and
other
architectural
elements
such
as
louvers
are
permitted
in the
recesses.
For
sites
located
within
FEMA
Special
Flood
Hazard
Area
Zone
AH,
building
height
may
be
measured
from
first
finished
floor.
5.6.1.9 Buildings
that
border
Calabazas
Creek,
starting
at
70 feet,
shall
be
articulated
with
a 5-foot
average
step
back
from
the
street
wall,
including
building
recesses
and
protrusions,
for
a minimum
of
50%
of
each
creek
frontage,
provided
it meets
the
1:1
daylight
plane
shown
in
the
General
Plan.
Balconies
and
other
architectural
elements
such
as
louvers
are
permitted
in the
recesses.
For
Office
5.6.1.10 For
any
building
over
330
feet
in
length,
break
up
the
massing
by
articulating
the
buildings.
Where
appropriate,
articulate
the
facades
of
the
base
and/or
middle
to
vertically
to
break
up
the
overall
mass.
5.6.1.11 Open
up
the
sky
view
at
the
top
portion
of the
building
and
avoid
a canyon
effect
by:
• Stepping
back
from
the
middle
portion
of
the
building;
and
• Breaking
up
into
sections
with
varied
heights
and
articulation.
GuidelinesFor
Residential
and
Mixed
-use
5.6.1.12 Use
balconies,
roof
gardens,
and
other
shared
private
open
space
for
residents
to soften
apparent
building
height.
Wza A c~ zc~ a a aU LL w 0 z Y U Qa
5.6.1.13 Provide
balconies
with
a depth
of
72 inches
where
feasible
and
compatible
with
building
design.
5.6.1.14 Locate
the
highest
parts
of
buildings
to
the
north
to
minimize
shadows
cast
on
rooftop
open
spaces.
5.6.7.10 -Building
articulation
at
ground
floor
level
5.6.7.11-
Breaking
the
building
mass
in
different
sections
TYPE
VERY
HIGH
DENSITY
RESIDENTIAL
RESIDENTIAL
Density
51-99
Heights
5-72
Stories
Ground
-floor
Use
Resicientiai
Setbacks
1Q'
facing
street;
l0'
facing
greenways
Stepbatks
-General
No
stepbacks
required
up
to
70'
height
facing
streets
and
greenways
$tepbaCks
-Size
Average
of
5'
from
streetEvall
for
a minimum
of
50°o
frontage
Streetwall
Modulation
80'
Maximum
Building
Size
330'
Maximum
or
1116th
of
a Mile
Ground
Floor
Height
10'-12'
grcfo
Conceptual
diagram
for
illsutrotive
purposes
only.
i ~'~
TYPE
URBAN
VILLAGE
RESIDENTIAL
MIXED
-USE
Density
100.149
100-1a9
Heights
5.12 Stories
5-12
Stories
Ground
-floor
Use
Residential
Non-residential
Setbacks
10'
facing
street:
l0'
facing
greemrays
No
setbacks
facing
street
Stepbacks
-General
Stepbacks
after
70'
Height
facing
streets
and
greenways
Stepbacks
-Size
Average
of
5'
from
streetwall
(or
a minimum
of
5094
frontage
Streetwall
Modulation
80'
Maximum
Building
Size
330'
Maximum
or
1'16th
of
a Mile
Ground
Floor
Height
10'-12'
Minimum
15'
gr<fo
.to
iz
stories ot2pries
Conceptual
diagram
for
illsutrative
purposes
only.
~~~
TYPE
VILLAGE
RESIDENTIAL
RESIDENTIAL
Density
60-749
Heights
5-12
Stories
Ground
-floor
Use
Residential
Setbacks
10'
facing
street:10'
facing
greenways
Stepbacks
-General
Stepbacks
after
70'
Height
facing
streets
antl
greenv,ays
StepbeCks
-Size
Average
of
5'
from
streetwall
for
a minimum
of
SOSa
frontage
Streetwall
Modulation
80'
Maximum
Building
Size
330'
Maximum
or
1r'16th
of
a Mile
Ground
Floor
Height
10'-12'
Conceptual
diagram
for
illsutrative
purposes
only.
grcfo
~li
~~
TYPE
URBAN
CENTER
RESIDENTIAL
MIXED
-USE
Density
120-250
120.250
Heights
12*Stories
12+
Stories
Ground
-floor
Use
Residential
Non-residential
Setbacks
10'
facing
street:l0'
facing
9reem•~ays
No
setbacks
facing
street
Stepbacks
-General
Stepbacks
alter
7D'
Height
facing
streets
and
greenways
Stepbacks
-Size
Averaye
of
5'
from
streetwall
for
a minimum
o(50°o
frontaye
Streetwall
Modulation
80'
Maximum
Building
Size
330'
Maximum
or
1116th
of
a Mile
Ground
Floor
Height
70'-12'
Minimum
15'
Conceptual
diagram
for
illsutrative
purposes
only.
F Stori ~ Stori
~~,.
.nrf
TYPE
HIGH
DENSITY
FLEX
RESIDENTIAL
OFFICE
Density
60.149
2.0 FAR
Heights
5.12 Stories
5.72 Stories
Ground
-floor
Use
Residential
Non-residential
Setbacks
10'
facing
street:l0'
facing
greenways
No
setbacks
facing
street
$tepbacks
-General
5tepbacks
after
70'
Height
facing
streets
and
greenv~ays
Stepback
buildings
to
break
the
massing
StepbaCks
-Size
Average
of
5'
from
streetwall
for
a
minimum
o.
50°o
frontage
Streetwall
Modulation
80'
Maximum
Use
architectural
elements,
color
for
modulation
Building
Size
330'
Maximum
or
1116th
of
a Mile
For
those
office
buildings
tnat
are
longer
than;30
feet
in
ien9th,
a building
articulation
should
be
provided
to
break
the
massing.
Ground
Floor
Height
70'-12'
Minimum
70'-15'
RESIDENTIAL
Conceptual
diagram
for
illsutrative
purposes
only.
itot2itories
OFFICE
>12ries
~~~
5.6.2 Character,
Facades,
and
Articulation
Intent:
Promofe
PHD
Specific
Plan
Area
character
and
allow
for
investments
in all
properties
to
be
enduring.
The
following
standards
and
guidelines
require
ground
-floor
building
transparency
for
nonresidential
uses
and,
for
alI
development,
insist
upon
use
ofhigh-quality,
durable,
and
distinctive
building
design
through
architectural
e%ments
and
treatments.
The
design
of entries,
doorways,
and
windows
shall
be
focused
on
strengthening
the
public
realm,
supporting
retail
and
office
activity,
and
creating
pedestrian
comfort
and
safety.
StandardsFor
Residential.
Mixed
-use
and
Office
5.6.2.1 Require
perpetual
easements
for
any
building
element
that
projects
into
the
right-of-way.
5.6.2.2 Locate
windows
at
a pedestrian
scale
at
the
street
level
to
maximize
daylight
and
views
from
the
street.
For
Residential
and
Mixed
-use
5.6.2.3 Buildings
shall
incorporate
one
or
more
of the
following
in
the
primary
entrance
design:• Placement
of
art
or
decorative
detailing
at
the
entry;
• A
projecting
element
above
the
entrance;
• A change
in
material
or
facade
detailing
relative
to
the
rest
of
the
building
design
• Implementation
of
architectural
elements,
such
as
flanked
columns
or decorative
fixtures
consistent
with
the
building's
overall
architectural
style
• Recessed
doors,
archways,
or
cased
openings
• Changes
in
the
roofline,
a tower,
or
a break
in
the
surface
to
the
subject
WzaWA c~zc~ Wa QaU ~:w 0 z Y U Qa
wall
5.6.2.1-
Ground
Floor
Windows
at
Pedestrian
Scale
5.6.2.3 -Ground
Floor
Entrances
5.6.2.4 Ground
-floor
nonresidential
spaces
shall
provide
at
least
65 percent
visual
transparency
via
clear
glass
windows
and
doors
between
two
feet
and
12 feet
above
sidewalk
grade.
This
standard
shall
apply
to
flex
uses
as
well
as
commerical
or
community
spaces
(for
example,
leasing
space
for
associated
residential
uses,
common
areas
for
residential
tenants,
private
gym
areas).
For
Office
5.6.2.5 Office
buildings
shall
provide
50 percent
visual
transparency
to
maximize
building
engagement
and
public
frontages.
5.6.2.6 Include
facade
elements
and
materials
that
make
larger
buildings
more
visually
interesting
and
less
bulky,
particularly
along
streets
and
pedestrian
pathways.
5.6.2.7 Office
buildings
shall
incorporate
a primary
entrance
design
that
strengthens
the
public
realm,
supports
office
activity,
and
creates
pedestrian
comfort
and
safety.
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5.6.2.6 —Office
Buildings
shall
be
Visually
Interesting
5.6.2.5 -Office
Buildings
with
Visual
Transparency
pedestrian
realm.
~5?
GuidelinesFor
Residential
and
Mixed
-use
5.6.2.8 Provide
variation
in
fenestration,
color,
and
architectural
elements
among
multiple
adjoining
buildings
and
units.
5.6.2.9 Incorporate
vertical
and
horizontal
architectural
elements
to
mitigate
long,
unbroken
building
facades.
Use
building
elements,
such
as
cornices,
lintels,
sills,
balconies,
awnings,
porches
and
stoops
to
enhance
building
facades.
5.6.2.10Articulate
lower
floors
of
buildings
with
pedestrian
-scale
design
elements,
such
as
bay
windows,
inset
doorways,
terraces,
vertical
piers,
landscape
walls,
art,
and
other
design
elements.
5.6.2.12 Design
windows
and
doors
within
a
single
fa4ade
to
have
a style,
height,
antl
scale
consistent
with
the
building
elevation.
5.6.2.13 When
windows
face
southwest
and
west,
frame
them
with
protruding
vertical
and
horizontal
shading
elements,
such
as
lintels,
sills,
and
awnings
to
provide
adequate
glare
protection.
5.6.2.14 To
modulate
the
streetwall,
every
80 feet
horizontal
or
less,
use
either:
a
change
in
the
plane
of
at
least
3 feet
in
the
horizontal
dimension
combined
with
a change
in
material
or
fenestration;
or
a vertical
notch
of
at
least
3 feet
depth
and
5 feet
width,
combined
with
a
change
in
material
or
fenestration.
WzaWA c~z Wa Z aU LL U zw Y U a
5.6.2.11 Mitigate
building
mass
and
bulk
by
using
insets,
notches,
and
building
features
that
create
shadows.
5.6.2.8 -Variation
in
Fenestration
5.6.2.9 -Vertical
and
Horizontal
Architectural
Elements
5.6.2.10 -Articulation
of
Building
Mass
For
Office
5.6.2.15 Respect
the
character
and
vertical
rhythm
of
the
adjacent
properties
and
create
a comfortable
pedestrian
scale
by: • Breaking
up
a long
facade
vertically
through
massing
and
architectural
articulation
to
fit
into
the
existing
grain
built
form.
5.6.2.16Use
high
-quality,
durable,
and
environmentally
sustainable
materials,
an appropriate
variety
in
texture,
and
carefully
crafted
details
to
achieve
visual
interest
and
longevity
for
the
facade.
5.6.2.17The
ground
floor
of
the
base
should
be
animated
and
highly
transparent.
Avoid
blank
walls,
but
if necessary,
articulate
them
with
the
same
materials,
rhythm,
and
high
-quality
design
as
more
active
and
animated
frontages.
• Determining
appropriateness
of
larger
-scale
facades
in
certain
areas.
5.6.2.15A
-Building
Articulation
to
Break
Up
Facade
5.6.2.158
-Variation
in
massing
5.6.2.17 -Ground
Floor
Transparency
and
Animation
~~J
5.6.3 Materials
and
Finishes
Guidelines
Wz aWQ zc~ a
For
Residential
Mixed
use
and
Office
5.6.3.1 Use
materials
and
finishes
consistently
and
in
a manner
appropriate
to
the
intended
architectural
style
of
the
building.
5.6.3.2 Encourage
architectural
styles
that
use
sustainable
building
practices
and
materials
and
ecologically
sensitive
design
solutions,
including
solar
panels,
light
shelves,
and
cool
roofs.
For
Residential
and
Mixed
-use
5.6.3.3 Use
contrasting
colors
for
trims,
windows,
doors,
and
other
key
architectural
elements.
5.6.3.4 Utilize
high
-quality,
long-lasting
materials
for
exterior
windowsills
and
trims
which
are
consistent
with
the
overall
architectural
style
of
the
building.
5.6.3.5 Choose
roof
materials
that
complement
the
materials
and
colors
of
the
facades
and
provide
texture
or
relief.
5.6.3.6 Integrate
rain
gutters
and
downspouts
into
the
facade.
At
a minimum,
their
color
should
blend
with
adjacent
surfaces.
5.6.3.7 Derive
materials
and
colors
for
trellises,
architectural
canopies,
balconies,
and
other
such
design
elements
from
the
building
architecture.
ZaJ d U a w 0 Z U F- aa
5.6.3.5 -Complementary
Roof
and
Building
Materials
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This
chapter
describes
existing
conditions,
proposed
design
strategies,
and
improvements
related
to
the
infrastructure
needed
to
support
the
proposed
land
use
within
the
PHD
Specific
Plan
Area.
The
City
of
Santa
Clara
and
regional
utility
providers
directly
control
infrastructure
systems
within
the
PHD
Specific
Plan
Area,
including:
sanitary
sewer,
potable
water,
storm
drainage,
dry
utilities
(such
as
electricity,
natural
gas,
and
telecommunications),
and
solid
waste
management.
Implementation
of
the
PHD
Specific
Plan
presents
an
opportunity
to
model
the
latest
sustainable
development
practices.
Compliance
with
the
latest
green
building
standards
and
design
principles
will
enhance
environmental,
economic,
and
ecological
health.
Inte
rating
improved
water
conservation
and
low
-impact
stormwater
treatment
measures
will
enable
the
area
to
be
developed
in
a
sustainable
manner,
w
hile
minimizing
environmental
and
ecological
impacts.
Wa F U aF cawz Zaau u a w 0 Zw Y U Q d
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61 WET
UTILITIES
6.1.7 Domesfic
Water
6.1.1.1 EXISTING
DOMESTIC
WATER
SERVICE
The
City
of
Santa
Clara
Water
&Sewer
Utilities
Department
owns
and
operates
water
supply
and
distribution
infrastructure
within
the
PHD
Specific
Plan
Area.
The
water
system
provided
by the
Water
Department
consists
of
more
than
335
miles
of
water
mains,
26 wells,
and
7 storage
tanks
with
more
than
28.8 million
gallons
of
water
capacity.The
existing
water
system's
source
within
the
PHD
Specific
Plan
Area
is
served
by
San
Francisco
Public
Utility
Commission's
(SFPUC)
Hetch
Hetchy
water
supply
and
is
located
in
pressure
Zone
I, which
is
one
of
four
interconnected
pressure
zones
in
place
in
Santa
Clara
to
provide
optimum
pressures
throughout
the
city.
There
is
a domestic
water
main
running
along
the
eastern
boundary
line
of
the
PHD
Specific
Plan
Area
project
site
and
mains
running
through
the
proposed
project
site.
A 12
-inch
asbestos
cement
(AC)
City
main
(installed
in
1966)
runs
along
Great
America
Parkway
at
the
projects
eastern
boundary
line
from
Old
Glory
Lane
to
Patrick
Henry
Drive.
This
12-inch
main
creates
a loop
with
the
12 -inch
AC
mains
(1976)
on
Old
Glory
Lane,
Old
Ironsides
Drive,
antl
Patrick
Henry
Drive.
The
12 -inch
AC
main
continues
west
and
then
north
on
Patrick
Henry
Drive
beyond
the
Hetch
Hetchy
right-of-
way.Lastly,
there
is
an
8-inch
AC
loop
(1981)
located
in an
on
-site
easement
at
the
Great
America
Technology
Park
plaza
at
4701
Patrick
Henry
Drive.
The
City
of
Santa
Clara
Water
and
Sewer
Utilities
Department
has
adequate
supply
commitments
to
reliably
meet
the
projected
water
needs
of
its
residents
and
businesses
for
the
foreseeable
future,
through
its
local
wells
and
contracts
with
the
Santa
Clara
Valley
Water
District
and
the
San
Francisco
Public
Utilities
Commission.It is
not
anticipated
that
increased
densities
in
the
PHD
Specific
Plan
Area
should
cause
overall
projected
demands
to
exceed
supply
in
the
City
of Santa
Clara.
On
October
9,
2020
to
comply
with
the
provisions
of
Senate
Bilis
610
and
221,
which
both
passed
the
California
State
Senate
in 2001,
the
City
of
Santa
Clara
has
prepared
a
Water
Supply
Assessment
(WSA)
that
defines
the
PHD
Specific
Plan
Area
as
a single
project.
The
WSA
verifies
that
adequate
water
can
be
supplied
to the
area,
consistent
with
their
planning
assumptions.
The
increased
demands
within
the
PHD
Specific
Plan
Area
will
be
incorporated
into
the
baseline
assumptions
for
any
subsequent
water
supply
analysis
within
the
city.
6.1.1.2 DOMESTIC
WATER
SUPPLY
AND
CAPACITYNew
projects
within
the
PHD
Specific
Plan
Area
will
be
required
to
install
distribution
mains
in
new
public
streets
to
serve
fire
and
domestic
water
needs.
Additionally,
the
existing
AC
water
mains
within
the
PHD
Specific
Plan
Area
will
need
to be
upgraded
and
replaced
with
the
City's
standard
ductile
iron
pipe
(DIP).
Overall,
the
densities
of
development
will
represent
an
increase
over
existing
conditions,
and
will,
in
turn,
increase
domestic
water
demand
in the
area.
A
hydraulic
study
for
the
PHD
Specific
Plan
was
performed
and
no
upsizing
was
required.
Individual
projects
will
need
to
perform
afire
flow
analysis
for
each
building
or
site.
~~~
6.1.1.3 INFRASTRUCTURE
UPGRADES
Given
the
age
antl
material
of
the
water
infrastructure
in
the
PHD
Specific
Plan
Area
(asbestos
cement
pipes
installed
between
1966-
1981),
water
mains
will
need
to
be
upgraded
to DIP
to
comply
with
the
current
City
of
Santa
Clara
Water
Utility
standards.
All
on
-site
mains
and
services
connected
to
these
mains
shall
be
removed
or
abandoned.
New
developments
shall
connect
to
the
new
public
water
mains
within
pubic
streets.
A hydraulic
study
for
the
potable
water
system
was
performed
and
it was
determined
that
no
additional
upsizing
of
the
lines
is
needed
for
the
demands
shown
within
the
PHD
Specific
Plan
Area.
Individual
developments
will
need
to
perform
fire
flow
analysis
for
each
building
or
site
6.7 2
Recyc%d
Water
6.1.2.1 EXISTING
RECYCLED
WATER
SERVICE
Recycled
water
is
used
for
certain
approved
non
-potable
uses.
Pursuant
to
City
Municipal
Code
Chapter
13.15,
projects
are
required
to
use
recycled
water
for
all
non
-potable
uses
where
recycled
water
is
made
available
and
where
provided
for
by
Recycled
Water
regulations.
The
City
purchases
recycled
water
from
South
Bay
Water
Recycling
(SBWR).
This
is
highly
treated
water
delivered
through
separate
pipelines.
This
source
makes
up
about
16 percent
of
the
water
sales
in
the
City
of
Santa
Clara.
Recycled
water
offsets
the
use
of
potable
sources
in
drought
-
prone
California
and
is a reliable
source
for
conservation
of
potable
sources.
There
are
two
recycled
water
mains
running
through
the
PHD
Specific
Plan
Area.
There
is
an 8-inch
plastic
pipe
(1997)
running
south
on
Patrick
Henry
Drive
that
transitions
to
a 12
-inch
Yelowmine
main
(1994),
flowing
eastward
past
the
street
curve
towards
Great
America
Parkway.
This
main
splits
in
two
at
the
intersection
with
Old
Ironsides
Drive.
It remains
a 12-inch
Yelowmine
main
as
it continues
north
on
Old
Ironsides
Drive
but
transitions
back
to
an
8-inch
plastic
main
as
it
continues
to
Great
America
Parkway.
`
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t
~t~.
,;'
~
,:.'~~
~:
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r''
~ ` ~ 't
~`i
~,1
,,
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r,t
,,_
;, i
D
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Y.1N
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~Y.
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~
I~{ ~i
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G
~GlrQ`I~V
~~1
i~r✓
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?.:_
:.
v .
.;,s' :
- --'~
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~~
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...nom
c ~
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i
ce
"
Street
-level
Stormwater
Drain
Wa E U aE x z Qa V a w U
Below
-ground
infrastructure
6.1.2.2 RECYCLED
WATER
SUPPLY
AND
CAPACITYNew
projects
within
the
PHD
Specific
Plan
Area
will
be
required
to
install
new
distribution
mains
in the
public
streets
to
serve
irrigation,
dual
plumbing
and
industrial
recycled
water
needs.
6.1.2.3 INFRASTRUCTURE
UPGRADES
The
existing
recycled
water
infrastructure
in
the
PHD
Specific
Plan
Area
will
be
replaced
with
12-inch
DIP
in
all
public
streets.
The
new
DIP
pipe
material
is the
current
City
of
Santa
Clara
Water
Utility
Standard
and
provides
more
strength
and
durability
than
the
existing
pipe
materials
which
have
been
associated
with
higher
occurrences
of failure
within
the
City.
These
improvements
are
included
in
the
PHD
Impact
Fee
(discussed
in
Chapter
7).
Recycled
Wafer
is
Available
to
the
PHD
Area
6.1.3 Sanifary
Sewer
6.1.3.1 EXISTING
SEWER
INFRASTRUCTURE
The
City
of
Santa
Clara
Water
&Sewer
Utility
Department
is the
sanitary
sewer
infrastructure's
owner
and
is
responsible
for
its
maintenance.
The
Department
of
Public
Works
is responsible
for
infrastructure
planning,
including
master
plan,
conveyance
capacity
review,
antl
design
and
construction
of
necessary
sewer
capacity
improvements.
Sanitary
sewer
flows
in
the
city
are
collected
and
transported
to
the
San
Jose/
Santa
Clara
Regional
Wastewater
Facility
(RWF)
through
more
than
270
miles
of
sewer
main
by
way
of
six
pumping
stations.
The
existing
sanitary
sewer
system
serving
the
project
site
consists
of
6-inch,
10-inch,
and
12-inch
vitrified
clay
pipe
NCP)
mains.
The
main
segment
within
the
project
site
is the
12 -inch
VCP
main
which
begins
in
front
of
the
Great
America
Technology
Park
plaza
at
4701
Patrick
Henry
Drive,
traverses
the
site
eastward,
then
north
along
Oltl
Ironsides
Drive
and
continues
eastward
on Tasman
Drive
into
the
Tasman
lift
station.
The
6-inch
VCP
main's
upstream
end
is on
Mission
College
Boulevard
south
of
the
project
site
and
runs
along
a 10
-foot
easement
between
the
properties
at
3118
and
3200
Patrick
Henry
Drive.
This
6-inch
main
connects
to
the
12 -inch
main
on
Patrick
Henry
Drive.
The
10 -inch
VCP
main's
upstream
end
is
at
the
southwestern
corner
of
the
property
at
4701
Patrick
Henry
Drive
and
runs
south
between
the
properties
at
3055
and
2929
Patrick
Henry
Drive.
Wa F U aEy aaw z a a LL U a 0 Z aa
166
6.1.3.2 COLLECTION
SYSTEM
CAPACITY
The
City
of
Santa
Clara
hired
Woodard
&Curran
(W&C)
to
evaluate
the
potential
sanitary
sewer
capacity
impact
of
the
proposed
PHD
Specific
Plan.
The
Technical
Memorandum
(May
7, 2020)
analyzed
the
sanitary
sewer
system
in
the
area
under
three
scenarios.
The
first
scenario
analyzed
was
the
PHD
Specific
Plan
Area's
current
state
without
any
new
development.
The
other
two
scenarios
were
analyzed
for
future
conditions
with
two
proposed
Specific
Plan
development
scenarios
(Scenarios
A and
Scenario
B).
Scenario
A consists
of
12,000
residential
units,
200,000
square
feet
(SF)
of
commercial
retail
area,
and
110,000
SF
of
an
educational
facility.
Scenario
B
consists
of
10,300
residential
units,
785,000
SF
of
new
office
(R&D)
space
(replacing
200,000
SF
of
existing
office
space),
200,000
SF
of
commercial
retail
area,
and
110,000
SF
of
an
educational
facility.
The
technical
memorandum
states
that
"both
development
scenarios
result
in
capacity
deficiencies
along
the
12-inch
Old
Ironsides
Drive
and
15-inch
Tasman
Drive
sewer
(as
proposed
by CIP
P4,
Tasman
Drive
Sewer
Improvement).
In
addition,
the
Tasman
Drive
Lift
Station
will
have
to be
upsized
to
increase
its
capacity."
The
CIP
P4 was
recommended
per
the
Master
plan
study
in 2016.
However,
the
proposed
development
causes
additional
impact
to
Tasman
Drive,
thus
requiring
additional
upsizing
(further
discussed
in
PHD
Specific
Plan
Area
Improvements
section).
The
existing
Tasman
Lift
Station
has
a current
rated
capacity
of
1.5 million
gallons
per
day
(mgd).
The
new
peak
wet
weather
flow
(PWWF)
from
proposed
development
reaching
the
Tasman
Lift
Station
would
increase
to
4.23 mgd.
The
City
analyzed
the
potential
to
upsize
the
existing
Tasman
Lift
Station
to
address
the
capacity
deficiency
for
the
increased
flows
and
found
this
solution
to
be
infeasible.
6.1.3.3 PHD
SPECIFIC
AREA
IMPROVEMENTS
The
City
continued
to
work
with
W&C
to
further
identify
and
develop
capacity
improvement
project
alternatives
for
addressing
the
capacity
deficiencies
resulting
from
the
proposed
PHD
Specific
Plan.
A total
of
eleven
alternatives
were
identified
as
part
of
the
development
process
including:
• One
capacity
improvement
alternative
at
the
existing
Tasman
Lift
Station
• Eight
gravity
sewer
alternatives
• Two
sewer
lift
station
alternatives
The
alternatives
were
evaluated
and
weighted
based
on
set
criteria
including
availability
of
land
(easements
orright-of-way).
hydraulic
performance,
utilities
crossings,
constructibiliry,
operations
and
maintenance,
permitting,
and
construction
cost.
Based
on
the
alternatives
and
evaluation,
it was
determined
that
the
recommended
solution
was
a gravity
scenario
in
which
most
of
the
PHD
Specific
Plan
Area
development
flows
to
the
Great
America
Parkway
(GAP)
West
Trunk
at
Patrick
Henry
Drive.
The
scenario
also
proposes
to upsize
and
lower
a portion
of
the
GAP
West
Trunk
(from
Patrick
Henry
Drive
to
manhole
S93-53
(manhole
acting
as
bridge
between
the
West
and
East
GAP
trunks).
An
existing
leg
of sanitary
sewer
running
north
from
Patrick
Henry
Drive
in
the
location
of
the
central
parkland
will
be
abandoned
as
part
of
development.
The
Rabello
and
Northside
Pump
Stations
will
also
need
improvements
in
order
to
handle
the
new
increase
in
flow.
The
new
combined
rated
capacity
for
these
pump
stations
will
need
to
increase
from
41 mgd
to
at
least
45.3 mgd.
6.1.3.4 INFRASTRUCTURE
UPGRADES
Given
the
size
and
flow
direction
of
the
existing
sewer
mains
in
the
PHD
Specific
Plan
Area,
sewer
lines
will
need
to
be
upsized
and/or
resloped
to
allow
for
a gravity
alternative
to
eliminate
the
deficiency
noted
at
the
Tasman
Lift
station.
These
improvements
are
included
in
the
PHD
Impact
Fee
(discussed
in
Chapter
7).
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6.1.4 Storm
Drain
6.1.4.1 EXISTING
STORM
DRAIN
The
City
of
Santa
Clara
Public
Works
Department
is responsible
for
the
construction
antl
maintenance
of
the
City's
storm
drain
system.
Santa
Clara's
storm
drain
system
consists
of
curb
inlets
that
collect
and
channel
surface
water
into
a series
of
pipelines
beneath
City
roadways.
Stormwater
is
delivered
through
these
underground
pipelines
to
creeks
within
the
city,
which
then
directly
flows
into
the
San
Francisco
Bay.
The
current
network
of
storm
drain
pipes
in
the
PHD
Specific
Area
project
site
all
drain
to
San
Tomas
Aquino
Creek
through
the
Westside
Storm
Drain
Pump
Station
on
Old
Mountain
View-Alviso
Road.
The
network's
upstream
end
begins
with
a 33
-inch
main
in
front
of
the
property
at 4701
Patrick
Henry
Drive
and
transitions
to
36-inch,
39 -inch,
48 -inch,
and
54 -inch
mains
progressively
as
it makes
its
way
east
to
Great
America
Parkway.
A 27
-inch
main
collecting
runoff
along
Old
Ironsides
Drive
transitions
to
a
33-inch
main
and
connects
to
the
48 -inch
main
on
Patrick
Henry
Drive.
All
flows
continue
north
on Great
America
Parkway
towards
the
Westside
Storm
Drain
Pump
Station.
There
are
currently
noon
-site
stormwater
treatment
facilities
in
place.6.1.4.2
PLAN
AREA
IMPROVEMENTS
The
City
of
Santa
Clara's
2015
Storm
Drain
Master
Plan
does
not
recommend
any
work
(high,
moderate,
nor
low
priority
improvement
projects)
be
done
within
the
Patrick
Henry
Drive
Specific
Area
project
site.
However,
flooding
does
occur
in
some
areas
during
2-year,
10 -year,
and
100
-year
storm
events.
It is
anticipated
that
storm
drain
flows
generated
by development
under
the
Patrick
Henry
Drive
Specific
Plan
will
be
adequately
received
by
existing
off
-site
storm
drain
systems,
although
the
Plan
Area
will
require
construction
of
a
new
stormwater
treatment
system
on
-site
to
accommodate
proposed
land
uses.
6.1.4.3 PROJECT
FLOOD
CONDITIONS
The
PHD
Specific
Plan
Area
contained
by
San
Francisco
Public
Utility
Commission's
Hetch
Hetchy
pipeline
easement
to
the
North,
Patrick
Henry
Drive
to
the
West,
Great
America
Parkway
to the
East,
and
Mission
College
Boulevard
to
the
South
is
currently
identified
by
the
Federal
Emergency
Management
Area
(FEMA)
Flood
Insurance
Rate
Maps
(FIRM)
to
be
within
three
Flood
Zones;
mostly
Zone
X,
some
portions
of
the
southern
side
of
Patrick
Henry
Drive
in
Zone
AH
(EL
17),
and
the
intersection
of
Old
Ironsides
Drive
and
Old
Glory
Lane
in
Zone
AO
(one
-foot
Depth).
Zone
X is
defined
as
an
area
having
a 0.2
percent
annual
chance
flood;
areas
of
1 percent
annual
chance
flood
with
average
depths
of
less
than
one
foot
or
with
drainage
areas
less
than
one
square
mile;
and
areas
protected
by
levees
from
1 percent
annual
chance
flood.
Zone
AH
is
defined
as an
area
with
flood
depths
of
one
to
three
feet
(usually
areas
of
ponding);
base
flood
elevations
are
determined
(base
flood
elevation
of
17 for
the
Plan
Area).
Zone
AO
is
defined
as
an
area
with
flood
depths
of
1 to
3 feet
(usually
sheet
flow
on sloping
terrain);
average
depth
determined
(average
depth
of
1 foot
for
this
area).
Any
development
projects
within
Zones
AH
and
AO
needs
to
be
carefully
considered,
whether
proposing
to
install
improvements
within
the
flood
plain,
or
whether
seeking
to
raise
elevations
locally
to
remove
areas
from
the
flood
plain.
The
placement
of
fill
materials
to
remove
particular
areas
from
FEMA's
mapped
flood
plain
need
to
thoroughly
evaluate
potential
downstream
and
upstream
effects.
6.1.4.4 STORMWATER
QUALITY
Any
project
within
the
PHD
Specific
Plan
Area
must
meet
the
requirements
of
Section
C.3
of
the
Santa
Clara
Valley
Urban
Runoff
Pollution
Prevention
Program's
(SCVURPPP)
National
Pollutant
Discharge
Elimination
System
(NPDES)
permit
with
the
California
State
Water
Board,
the
City
of
Santa
Clara
requirements,
and
other
applicable
local,
state,
and
federal
requirements
to ensure
that
stormwater
is adequately
treated
prior
to
being
discharged
into
the
San
Francisco
Bay.
Various
stormwater
treatment
options
for
post
-development
treatment
measures
could
be
appropriate
for
specific
applications.
These
could
include
infiltration
trenches,
media
filtration
devices,
pervious
surface
treatments,
and
bio-retention
areas.
While
it is
typical
for
individual,
private
projects
to
incorporate
applicable
treatment
systems
within
their
individual
sites
on
aproject-by-project
basis,
provisions
for
treatment
of
run-off
from
either
new
or
newly
widened
public
facilities
(such
as
streets,
sidewalks,
and
bicycle
trails/paths)
will
also
be
required.
As
site
planning
within
the
PHD
Specific
Plan
Area
progresses,
a comprehensive,
regional
approach
to
stormwater
treatment
should
be
considered.
A regional
approach
could
include
developing
standards
for
public
streets
that
allow
stormwater
to
be
treated
"at
the
source"
before
being
captured
in
drainage
inlets,
and/or
large,
regional
facilities
that
treat
run-off
from
multiple
parcels
and/or
public
rights
-of
-way.
In either
case,
adequate
space
for
these
facilities
must
be
programmed
into
any
land
planning
effort.
6.1.4.5 INFRASTRUCTURE
UPGRADES
Given
the
requirements
to
treat
new
or
newly
widened
public
facilities,
the
City
has
programmed
storm
water
treatment
planning
into
the
Specific
Plan.
These
improvements
are
included
in
the
PHD
Impact
Fee
(discussed
in
Chapter
7).
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6.2 DRY
UTILITIES
6.2.7 Gas
System
Infrasfrucfure
Pacific
Gas
and
Electric
Company
(PG&E)
owns
and
operates
the
gas
service
within
the
City
of Santa
Clara,
including
the
PHD
Specific
Plan
Area.
PG&E
has
stated
that
there
are
no known
capacity
limitations
within
the
gas
system
in
the
PHD
Specific
Plan
Area.
It is
likely
that
gas
mains
that
would
otherwise
remain
due
to
their
location
within
a proposed
street,
will need
to
be
upgraded
to
comply
with
the
current
PG&E
standards.
PG&E
will
be
actively
involved
throughout
the
design,
construction,
and
operation
of
natural
gas
utilities
required
for
the
project
to
guarantee
efficient
and
reliable
utilization
of
natural
gas
resources.
6.2.2 Electrical
System
Infrastructure
Silicon
Valley
Power
(SVP)
owns
and
operates
the
electric
service
within
the
City
of
Santa
Clara,
including
the
PHD
Specific
Plan
Area.
SVP
will
be actively
involved
throughout
the
design,
construction,
and
operation
of
electric
utilities
required
for
the
project
to
guarantee
efficient
and
reliable
utilization
of
electric
resources.
At
the
time
of
PHD
Specific
Plan
Adoption,
SVP
is
seeking
approval
for
infrastructure
upgrades
and
load
capacity
fees
that
include
improvements
to
the
PHD
Specific
Plan
Area.
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f
~~3
The
Patrick
Henry
Drive
(PHD)
Specific
Plan
provides
a
comprehensive
fr
amework
and
set
of
policies
to
guide
its
transformation
to
ahigh-density,
mixed
-use
residential
community.
Following
Plan
adoption,
development
will
require
a
range
of
efforts
and
actions
on
the
part
of
the
City,
property
owners,
developers
and
others.
These
include
carrying
out
the
necessary
regulatory
measures,
providing
infrastructure
improvements,
and
securing
needed
financing.
In
order
to
meet
the
City
of
Santa
Clara's
climate
action
goals,
property
owners
and
developers
must
also
implement
Transportation
Demand
M
anagement
(TDM)
strategies.
This
chapter
details
the
major
policies
and
actions
that
will
ensure
effective
implementation
of
the
Specific
Plan.
The
chapter
is
divided
into
the
following
sections:
• Regulatory
Implementation
• Funding
• Transportation
Demantl
Management
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~~~
71 REGULATORYIMPLEMENTATION
The
Specific
Plan
is the
City
policy
document
governing
future
land
use
within
the
PHD
Specific
Plan
Area.
Following
Plan
adoption,
regulatory
actions
will
betaken
by
City
Council,
Planning
Commission,
City
staff
and
others,
as
described
below.7.77
General
Plan
Amendment
Approval
of
the
Specific
Plan
includes
concurrent
approval
of
a General
Plan
amendment
that
reflects
the
Specific
Plan's
vision,
goals
and
policies
and
incorporates
the
Plan
Area's
development
(buildout)
potential
in
the
overall
City
buildout
projections.
A General
Plan
amendment
brought
forward
with
the
Specific
Plan
will
include
the
land
use
designations
included
in
this
plan
(Chapter
4J.
7.1.2 Zoning
Ordinance
While
the
General
Plan
establishes
a
policy
framework,
the
Zoning
Ordinance
prescribes
standards,
rules,
and
procedures
for
development.
The
Zoning
Ordinance
translates
Specific
Plan
policies
into
specific
use
regulations,
development
standards,
antl
performance
criteria
that
govern
development
on
individual
properties.
At
the
time
of
the
Specific
Plan
approval,
City
Council
shall
also
adopt
Zone
Change
and
Zoning
Text
Amendments
by
ordinance.7.7.3
Project
Planning
ReviewAnd
ApprovalAll development
projects
within
the
PHD
Specific
Plan
Area
shall
be
subject
to
review
in accordance
with
the
procedures
described
in Chapter
18.76 of
the
Santa
Clara
Zoning
Ordinance.
These
procedures
will
ensure
development
is
consistent
with
the
PHD
Specific
Plan
as
well
as
other
applicable
City
ordinances
and
standards.
Specifically,
proposals
must
meet
the
development
standards
and
substantially
conform
to
the
design
guidelines
in
Chapter
5 of
the
PHD
Specific
Plan.
Individual
projects
must
also
provide
abird-safe
evaluation
project
as
part
of the
development
review
process.
7.7.4 Legal
Non
-Conforming
Uses
The
lawful
use
of
structure
existing
prior
to
the
adoption
of
this
Specific
Plan
may
continue,
and
none
of
the
other
sections
of
this
Chapter
shall
apply.
Such
buildings
shall
operate
as
though
prior
zoning
of
the
parcel
remained
in
place,
until
such
time
as
the
existing
use
(including
any
expansions)
has
been
discontinued
in
its
entirety,
at which
time
the
prior
zoning
shall
become
inapplicable
and
the
other
sections
of
this
Chapter
shall
apply
from
that
point
forward.
For
parcels
with
legal
uses
of
buildings
existing
prior
to
the
adoption
of
this
Specific
Plan,
allowed
uses
of
the
prior
zone
(ML:
Light
Manufacturing)
shall
apply,
and
none
of
the
other
sections
of
this
Chapter
shall
apply
to
the
structure
and
use,
until
the
existing
use
(including
any
expansions)
has
been
discontinued
in
its
entirety.
7.Z5
Public
Art
Fee
Planning
staff
shall
prepare
apost-adoption
Specific
Plan
amendment
for
a public
art
fee.
~~
7.2 FUNDING
FOR
INFRASTRUCTURE
AND
SERVICESThis
section
describes
the
funding
approaches
and
policies
for
both
the
one-time
and
on
-going
costs
of
providing
the
public
infrastructure,
improvements
and
services
needed
to
implement
the
Specific
Plan.
It is
designed
to
ensure
that
new
development
within
the
Plan
Area
"pays
its
own
way"
and
does
not
put
a strain
on
the
City's
limited
financial
resources.
7.2.7 Funding
Requirements
and
Phasing
While
the
need
to
improve
and
expand
public
infrastructure
and
services
to
antl
within
the
Plan
area
will
evolve
over
time,
it is
essential
to
secure
adequate
funding
prior
to
development.
The
funding
resources
will
need
to
be
generated
by
the
property
owners,
developers,
and/or
tenants
within
the
Plan
Area.
The
Specific
Plan
and
other
City
sources
provide
baseline
information
on
the
applicable
standards
and
related
infrastructure
requirements.
Chapter
6:
Infrastructure
and
Public
Services
describes
the
type
and
level
of
improvements
and
services
required
to
support
planned
development.The
Environmental
Impact
Report
identifies
a
number
of
mitigation
measures
necessary
to
address
various
Plan
impacts.
Chapter
4,
Section
4.5 and
the
City
Park
and
Recreation's
Land
Ordinance
(City
Code
Section
17.35)
describe
the
service
standards
and
facilities
applicable
to
development
in
the
Specific
Plan
Area.
Each
landowner/developer
will
be
responsible
for
construction
and
dedication
of
any
public
parkland
contribution
at
no
cost
to
the
City
and
subject
to
a park
design
and
construction
agreement
and
a park
maintenance
agreement
with
the
City.
Credit
will
be
allocated
for
dedication
and
improvements
per
City
Cotle
Section
17.35. Maintenance
of
public
parkland
may
be
funded
through
a Community
Facilities
District
(see
section
7.2.2.)
or
other
maintenance
agreement.Chapter
4 Section
4.4,
describes
on
the
affordable
housing
goals
and
policies
applicable
to the
PHD
Specific
Plan.
7.2.1.1 PROJECT
PHASING
Although
it is
not
possible
to
accurately
predict
if and
when
each
of
the
individual
properties
within
the
PHD
Specific
Plan
Area
will
redevelop,
the
following
assumptions
have
been
made
with
input
from
property
owners
and
developer
representatives
for
the
purposes
of
infrastructure
planning
and
funding.
See
Table
7.1 and
7.2. zeaa z0E F zW Waa aa LL v w 0 Z Y aa
7.2.2 Funding
Tools
and
Resources
The
public
improvement
costs
will
be
funded
utilizing
a variety
of
funding
mechanisms
and
resources.
The
appropriate
and
most
effective
funding
mechanism
is
based
on
the
nature
of
the
improvement
or
service
being
delivered
as
well
as the
timing
(e.g.,
when
the
funds
are
needed),
level
and
frequency
of
costs
(e.g.,
on
-going
versus
one-time
costs),
the
primary
beneficiaries
and
responsible
parties,
and
funding
availability.
During
the
buildout
of
the
Specific
Plan,
other
funding
sources
maybe
identified
and
used
as
appropriate.While
the
revenue
generated
from
existing
City
sources
(i.e.,
taxes
and
fees)
may
defray
some
of the
costs
associated
with
Specific
Plan
area
infrastructure
improvements
and/or
service
or
maintenance
requirements,
additional
funding
will
be
required.
Accordingly,
the
financing
tools
and
resources
described
below
are
presented
as
options
for
addressing
this
shortfall.
The
estimated
buildout
figures
in
Tables
7.1 and
7.2 were
provided
by
property
owners
in
2022,
or
estimated
based
on
maximum
density.
As
a result,
the
projected
units
are
lower
than
the
maximum
allowable.
Table
7.7:
PHD
Buildout
by
Address
~.. 2901
PHD
1 968
2950
PHD
2 375
3000
PHD
1 375
3055
PHD
1 955
3105
PHD
1 376
3118
PHD
1 375
3200
PHD
2 889
4590
PHD
1 416
4600
PHD
3 --
4701
PHD
1 674
4701
PHD
2 674
2900
PHD
2 296
4633,
4655,
4677,
4699
OID
1 1,700
4700
OID
3 --
Total
8,073
Table
7.2:
PHD
Buildout
by
Phase
1 2025-2029
5,839
2 2030-2034
2,234
3 2035
and
later
--
Total
8,073
177
7.2.2.1 PHD
SPECIFIC
PLAN
INFRASTRUCTURE
IMPACT
FEE
With
input
from
the
prospective
developers
and
property
owners
of
the
Specific
Plan,
the
City
initiated
the
process
of
creating
a PHD
Specific
Plan
Infrastructure
Impact
Fee
to
facilitate
development.
The
purpose
of
the
Impact
Fee
is to
create
an
equitable
distribution
of
area
-wide
and
common
infrastructure
costs
for
ali
developers
within
the
Specific
Plan.
Infrastructure
that
provides
common
benefits
to
development
within
the
Specific
Plan
was
analyzed
and
calculated
for
probable
construction
costs.
These
fees
cannot
be used
for
public
services
or
maintenance.
The
fee
program
would
be
enacted
by
the
City
Council
through
adoption
of
an
ordinance
in a public
hearing
(without
a public
vote
or
landowner
approval).
The
fee
levels
must
be
based
on
a "rational
nexus",
or
a demonstrated
relationship
between
the
amount
and
impactor
demand
attributable
to
the
development
paying
the
fee.
In the
case
of
the
PHD
Specific
Plan,
an
Area
Impact
Fee
would
supplement
the
existing
Citywide
development
impact
fees
but
focus
more
narrowly
on
infrastructure
improvements
that
serve
Patrick
Henry
Drive.
The
PHD
Impact
Fee
will
be
used
to
cover
area
-wide
infrastructure
items
including
on
-site
roadway
facilities
(i.e.
traffic
signals,
traffic
safety
devices,
pavement
rehabilitation),
sanitary
sewer
facilities
and
structures,
storm
drainage
facilities,
potable
and
recycled
water
facilities,
emergency
response
vehicle
and
tiller
aerial
ladder
apparatus,
entry
monuments
and
signs,
and
the
formation
of
a
Transportation
Management
Association
(TMA).
Proceeds
maybe
used
to
reimburse
property
owners
who
pay
up
-front
costs
for
facilities
or
infrastructure
needed
to
facilitate
development
on their
property.
zaaa z0 F aF zW Waa
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`. J
7.2.2.2 MAINTENANCE
AGREEMENTS
A Mello
-Roos
Community
Facilities
District
(CFD)
can
be
authorized
to
levy
a special
tax
for
public
facilities
and
services.
A CFD
may
be
initiated
by
the
legislative
body
or
by
property
owner
petition
CFD
funds
can
be
used
to
cover
the
cost
of
certain
public
services
as
well
as
infrastructure.
At the
time
of
Specific
Plan
Adoption,
the
City
and
property
owners
are
evaluating
whether
the
development
of
a CFD
would
be
appropriate
to
cover
park
maintenance
and
maintenance
of
new
publicly
accessible
streets
within
the
plan
area.
7.2.3 Funding
Policies
and
Implementation
Actions
The
policies
and
actions
outlined
below
assume
a PHD
Specific
Plan
impact
fee
and
CFD
maintenance
funding
agreements.
The
policies
guide
the
subsequent
actions
including
requisite
studies
or
findings,
formation
and
adoption
of
financing
entities
and
mechanisms,
and
other
approaches,
approvals
and
programs.
The
policies
and
actions
outlined
below
assume
a PHD
Specific
Plan
impact
fee
and
CFD
or
other
maintenance
agreement.
FUNDING
POLICY
#1
The
land
uses
within
the
Specific
Plan
shall
pay
the
full
costs
of
capital
facilities,
infrastructure
improvements,
maintenance
and
public
services,
and
other
requirements
needed
to
support
and
serve
the
Plan
Area
and
mitigate
the
impact
of
development
on
other
parts
of
the
City.
Action
1.1:
Establish
initial
cost
and
phasing
assumptions.
Prior
to
the
approval
of
planning
entitlements
for
individual
development
projects
on privately
owned
properties,
the
City
will
prepare,
at
the
applicants'
expense,
a cost
analysis
that
identifies
all
public
infrastructure
and
service
requirements
needed
to
serve
their
project
and
their
respective
costs.
The
infrastructure
and
service
cost
estimates
included
in
this
report
will
be
based
on
the
best
information
available
and
will
be
updated
periodically
during
various
phases
of
the
Specific
Plan
development
process.
This
cost
analysis
should
account
for
project
-specific
circumstances,
changing
market
conditions,
and
be
updated
as more
refined
facility
and
cost
data
become
available.
FUNDING
POLICY
#2
A Specific
Plan
Area
Impact
Fee
shall
be
established
to
fund
necessary
infrastructure
and
public
facilities
needed
to
serve
the
area.
The
Impact
Fee
will
be
used
for
costs
not
typically
included
in
City
fees
or
charges,
such
as
land
and
construction
costs
for
new
publicly
accessible
roadways,
and
area
-wide
sewer
improvements.
The
fee
cannot
be
used
for
ongoing
operations
or
maintenance
costs.
FUNDING
POLICY
#3
The
Specific
Plan
shall
expand
infrastructure
improvements
and
services
in
a phased
manner
such
that
adequate
capacity
is
provided
as
development
occurs.
Action
3.1:
Establish
Phasing
Requirements.
The
City
shall
prepare
a detailed
infrastructure
and
public
service
phasing
schedule
that
links
the
timing
of
additional
infrastructure
and
service
provision
to
the
service
level
demands
created
by
new
development,
to
the
extent
possible.
Action
3.2:
Identify
Required
Land
and
Facility
Dedications,
Easements,
and
Use
Restrictions.
Specific
Plan
implementation
will
require
land
for
public
infrastructure
(e.g.,
transportation,
utilities,
and
park
and
open
space)
and
to
meet
other
policy
goals
(e.g.,
pedestrian
and
bicycle
connections).
The
City
and
property
owners
shall
establish
a process,
and
in
some
cases
designate
the
approximate
amount
and
preferred
location,
for
necessary
land
contributions.
Some
developers
may
need
to
"oversize"
or
provide
land
and
public
facilities
beyond
what
is
required
by a particular
project
to
ensure
various
phases
of development
stand-alone
functionally
and
aesthetically.
The
timing
and
precise
terms
of
land
conveyance,
whether
through
dedication,
easement,
deed
restrictions,
or
other
means,
may
vary
depending
on
the
circumstance.
However,
a clear
and
enforceable
process
should
be
established
prior
to
major
redevelopment
in
order
to achieve
equitable
cost
allocation,
implement
various
financing
tools,
and
advance
other
planning
prerogatives.
FUNDING
POLICY
#4
The
cost
of
public
infrastructure,
and
amenities
envisioned
for
the
Specific
Plan
(including
land
as
well
as
maintenance)
shall
be
allocated
among
land
uses
(i.e.,
property
owners,
developers,
and
tenants)
in
a manner
that
is fair
and
equitable,
to
the
extent
possible.
z aw z0E QF zw Waa aJ v w 0 W Y U aa
Action 4.1: Advance equitable cost sharing
measures. Implementation of the Specific
Plan should be guided by the principle of an
equitable allocation of costs to ensure that no
property owner / developer is disproportionately
disadvantaged by the proposed land use and
phasing program. For example, if it is necessary
for certain property owners to dedicate property
towards the creation of public infrastructure/
facilities, they should be fairly compensated by
property owners /developers who do not make
such dedications.
Accordingly, the City should engage and
coordinate with property owners, developers,
and other entities to in the establishment and
execution of the preferred Specific Plan financing
mechanism(s).
To the extent feasible, the value of any land that
is dedicated for the purposes of infrastructure
and public facilities should be based on its
fair market value given allowable uses. For
example, a third-party appraisal would allow
for a realistic determination of the value asset
based on the highest and best use of the land.
Of course, land that is currently not developable,
due to permanent easements or environmental
considerations, for example, would be assessed
accordingly.
Action 4.2: Consider creative and flexible
financing solutions. In addition to the Impact
Fee and other tools described above, additional
funding solutions can be used for project antl
plan area infrastructure as needed. These
creative solutions can address buildout
complexities, including phasing. For example,
the City can facilitate mechanisms for future
development to reimburse developers who
"oversize" infrastructure or dedicate excess
land, possibly as part of an area development
impact fee ordinance or related credit and
reimbursement agreements. Measures could
include cost sharing agreements, construction
and reimbursement agreements with developers,
and "pre-payment' or "buy-down" options that
increase certainty and avoid interest costs.
d8~
7.3 TRANSPORTATIOND
EMAND
MANAGEMENT
Transportation
Demand
Management
(TDM)
consists
of
a combination
of
programs,
policies,
and
infrastructure
projects
designed
to
reduce
overall
vehicle
trips
and
associated
parking
demand.
TDM
seeks
to
provide
incentives
and
options
for
PHD
residents
and
employees
to
choose
alternative
modes
such
as
walking,
bicycling,
transit,
or
ridesharing.
The
City
of
Santa
Clara's
2010-2035
General
Plan
Update
includes
goals
and
policies
related
to transportation
demand
management
(TDM)
for
Specific
Plans.
These
include
land
use
and
site
design
strategies
to
reduce
reliance
on
automobile
trips
and
reduce
VMT.
Implementing
TDM
measures
in
the
PHD
Specific
Plan
Area
must
be
consistent
with
these
General
Plan
policies
and
the
requirements
of
the
City's
Climate
Action
Plan
(CAP).
This
Specific
Plan
requires
a vehicle
miles
traveled
(VMT)
reduction
of twenty
percent
over
the
baseline
established
in
the
project
traffic
analysis,
including
ten
percent
through
TDM
measures.
The
PHD
Specific
Plan
includes
land
use,
mobility
and
site
design
measures
that
support
walking,
biking,
transit,
and
other
alternative
transportation
choices.
In
addition
to
the
location
and
mix
of
uses
in
the
PHD
Specific
Plan
Area,
TDM
measures
for
each
specific
development
proposal
pursued
under
the
PHD
Specific
Plan
must
be
incorporated
into
a TDM
Plan
(see
Section
7.3.3 below)
to
be
used
to
minimize
single
-occupancy
vehicle
trips
and
to
reduce
VMT
by at
least
10%.
The
PHD
TDM
program
outlined
below
includes
measures
that
are
applicable
to
the
entire
PHD
Specific
Plan
Area;
parcel
-specific
requirements;
and
a menu
of
optional
measures
that
can
be employed
to
help
property
owners
and
developers
pursuing
specific
development
proposals
under
the
PHD
Specific
Plan
to
help
achieve
TDM
goals.
7.3.1 Transportation
Management
AssociationEstablish
a privately
funded
and
administered
Transportation
Management
Association
(TMA)
for
the
PHD
Specific
Plan
Area
or
join
in
a TMA
for
the
North
Santa
Clara
area
(comprising
neighborhoods
north
of
Highway
101)
led
by
property
owners
that
are
pursuing
specific
development
proposals
within
the
PHD
Specific
Plan
area,
employers
or
other
entities.
The
main
purpose
of
the
TMA
is to
fund
and
operate
the
local
shuttle
service
ormicro-transit
solution
(see
7.3.2 below),
and
may
help
to
implement,
coordinate
and
manage
VMT-reduction
programs
as determined
appropriate
by
the
TMA
members,
between
multiple
properties
and
lead
information
and
marketing
campaigns
to
support
behavior
change.Property
owners
pursuing
specific
development
proposals
under
the
PHD
Specific
Plan
must
prepare
formation
documents
for
a new
TMA.
The
formation
documents
necessary
to
establish
the
TMA
under
applicable
laws
and
regulations
must
be completed
and
approved
by
the
City
Council
prior
to
the
first
Building
Permit
issuance
for
new
construction
implementing
the
PHD
Specific
Plan.
zaaa z0 F F zW aa QJ LL w 0 z aa
Property owners pursuing specific development
proposals under the PHD Specific Plan shall be
required to join the TMA.
Prior to the commencement of operation of the
TMA, the property owners pursuing specific
development proposals under the PHD Specific
Plan must propose and fulfill other temporary
substantial TDM programs or incentives, such
as a three-year VTA Smart Pass for all residents,
to serve as a stopgap until the TMA commences
operation pursuant to 7.3.1. This temporary
proposal must be prepared to the satisfaction
of the City Manager prior to issuance of the first
Building Permit issuance for new construction
implementing the PHD Specific Pian.
In connection with the completion of the
formation documents for the TMA, the property
owners pursuing specific development proposals
under the PHD Specific Plan shall obtain an
analysis prepared by a qualified professional
and submit the analysis to the City Council for
approval (TMA Analysis). The purpose of this
analysis is to confirm the potential market within
the PHD Specific Plan area for a local shuttle
program ormicro-transit solution (as described
in section 7.3.2) and provide recommendations
for efficient, cost effective service delivery.
The City Manager shall determine whether the
local shuttle ormicro-transit solution will be
implemented by the TMA.
Notwithstanding any other provision of this
section, the TMA must be formed prior to the
issuance of a Building Permit for the 3,300th
unit in the PHD Specific Plan Area or prior to the
issuance of a Building Permit for the 1,500th unit
in the PHD Specific Plan Area when a minimum of
5,000 units (inclusive of units in the PHD Specific
Plan issued Building Permits) contributing to the
TMA funding and/or administration have been
issued Building Permits.
The individual property owners) that actually fund
the preparation and completion of the formation
documents pursuant to this Section 7.3.1 shall
receive acredit/reimbursement for all costs
associated therewith via the PHD Specific Plan
Impact Fee.
7.3.2 Local Shuttle
The TMA shall fund and operate a local shuttle
program ormicro-transit solution, consistent
with the approved TMA Analysis, that connects
residents with commercial, transit, and
employment centers. This service shall be
funded by all property owners pursuing specific
development proposals under the PHD Specific
Plan, with said costs being proportionately
shared. The operation can be incrementally
expanded with other developments in North
Santa Clara through expanded participation
by property owners and developers outside
of the PHD Specific Plan, including voluntary
participation of other key North Santa Clara
destinations and employers.
~8~
The
TMA
must
commence
operations
and
shuttle
ormicro-transit
solution
service
prior
to
the
issuance
of
a Certificate
of
Occupancy
for
the
3,300th
unit
of
the
PHD
Specific
Plan
Area
or prior
to
the
issuance
of
the
Certificate
of
Occupancy
for
the
1,500th
unit
in
PHD
Specific
Plan
Area
when
a minimum
of
5,000
units
(inclusive
of
units
in
PHD
Specific
Plan
issued
Certificates
of
Occupancy)
contributing
to
the
TMA
funding
and/or
administration
that
have
been
issued
Certificates
of
Occupancy.
Prior
to
the
completion
of
the
first
four
years
of
shuttle
or
micro
transit
operation,
the
TMA
will
be
evaluated
by the
City
and
alternative
methods
of
single
vehicle
trip
reduction
could
be
considered
with
the
objective
of
continuing
to
ensure
the
shuttle
ormicro-transit
solution
provides
efficient,
cost
effective
service
delivery.
7.3.3 Required
Parcel
-Specific
TDM
ElementsEach
property
owner
or
developer
must
adhere
to this
Section
7.3.3 in
connection
with
its
specific
development
proposal
being
pursued
under
the
PHD
Specific
Plan.
These
programs
and
measures
can
be
adopted
and
implemented
on
an individual
basis,
or
through
collaboration
and
coordination
at
the
Specific
Plan
Area
level.
TDM
PLANS
z aa z0E aF zW Waa
Ride
Sharing
Option
Each
property
owner
pursuing
a specific
development
proposal
under
the
PHD
Specific
Plan
must
submit
a TDM
Plan
that
includes,
for
example,
mode
-share
goals,
planned
TDM
programs,
tools
and
processes
for
monitoring
and
reporting
on
travel
behavior
as
described
further
below,
which,
when
implemented,
will
satisfy
the
10%
reduction
requirement
noted
above.
The
TDM
Plan
must
be
approved
by
the
Community
Development
Director
prior
to
the
issuance
of
building
permits.
Q w w w Y U aa
INFORMATION
AND
MARKETING
Each
TDM
Plan
must
provide
information
and
marketing
to
residents
and/or
employees
to
build
awareness
of
TDM
programs,
amenities
(e.g.,
bike
lockers
and
showers)
and
incentives.
Information
on
transportation
options
and/or
links
to
appropriate
websites,
apps
and
other
resources
(e.g.,
511)
must
be:
• Provided
to
all
prospective
residents
and
employees
• Included
in
resident
and
employee
welcome
or
orientation
materials
• Posted
in
prominent
locations
within
buildings
(e.g.,
elevators,
shared
common
spaces)
and
online
(e.g.,
on
tenant
portals)
BICYCLE
PARKING
Each
TDM
Plan
must
provide
both
short-
and
long-term
bicycle
parking
in
all
buildings
as
described
in
Section
5.2.4.5 of
this
plan.
Bicycle
parking
locations
must
be
located
in
convenient,
secure
and
prominent
locations
in
each
building.
TRANSPORTATION
COORDINATOR
Each
TDM
Plan
must
identify
an
individual
or
job
classification
that
will
serve
as
the
property's
transportation
coordinator
antl
if this
will
be
a
full
or
part-time
position.
The
TDM
Plan
must
describe
the
duties
antl
responsibilities
of
the
transportation
coordinator.
Typical
roles
of
transportation
coordinators
include:
- Providing
information
about
transit
options
and
passes
• Marketing
TDM
programs,
including
distribution
of
orientation
materials
for
new
residents/employees
• Distributing
transportation
news
and
commuter
alerts
• Assisting
with
rideshare
matching
• Managing
travel
surveys
to
track
trends
and
develop
new
commute
programs
• Coordinating
services
with
vendors,
partners
and
transit
providers
~~~
7.3.4 Optional
TDM
Elements
The
following
is
a partial
list
of
optional
TDM
elements
that
can
be
adopted
on
a parcel
-
specific
or
area
-wide
basis
to
supplement
the
required
elements
listed
above
and/or
to
augment
efforts
if a project
is
unable
to
meet
its
mode
-shift
goals.
Property
owners
can
include
these
and
other
preferred
options
as
part
of
their
TDM
Plan.
CAR
SHARING
Car
sharing
programs
allow
people
to
have
on
-
demand
access
to
a shared
fleet
of
vehicles
as
an
alternative
to
car
ownership.
Property
owners
can
provide
parking
spaces
for
car
-share
operators
and/or
memberships
for
residents
or
employees.
TRANSIT
PASS
SUBSIDIES
Property
owners
can
share
or
cover
the
cost
of transit
passes
with
their
employees
and
residents.BIKE
BUDDY
PR06RAMS
A "Bike
Buddy"
program
pairs
a beginning
or
novice
bicyclist
with
an
experienced
rider
who
already
knows
safe
routes
and
riding
techniques.
Bike
Share
Program
ON
-SITE
AMENITIES
AND
SERVICES
Mixed
-use
buildings
can
offer
on
-site
amenities
such
as
a cafe,
ATM
machine,
post
office,
dry
cleaning,
pharmacy,
as
well
as
other
types
of
retail
services
to
reduce
the
need
for
vehicle
trips
for
meeting
day-to-day
needs.
Reducing
the
need
for
these
types
of
trips
makes
using
alternative
modes
of
transportation
for
commuter
purposes
more
feasible.
RIDESHARE
MATCHING
PROGRAMS
Employers
or
property
owners
can
offer
carpool
/
vanpool
matching
services,
subsidies,
and
priority
accommodation
to
all
employees
or
residents.
3.25iing~etrip
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