Building on community input, transportation needs, and City
priorities, the Recommendations and Draft Plan phase identifies
projects and investments to create a safer, more connected,
accessible, and sustainable transportation system for everyone in
Tempe.
Tempe Tomorrow
Today over 2 million trips are taken every weekday in Tempe, the
majority of which (81%) are taken by car. By 2050, the total
number of daily trips is expected to increase to 2.7, an
increase of 35%.
This 35% increase in trips assumes the percentage of people who
drive alone, carpool, bike or walk for these trips will not
change. However, Tempe is investing in improvements to the
transportation system that makes alternative modes more
convenient, safer, and more efficient. If Tempe were to increase
all alternate mode trips by just 20%, the City may reduce this
increase in single-occupancy vehicle trips by half by 2050. By
providing more travel options, travelers will have better
choices enabling the City to manage this increase in demand.
Source: HDR analysis of Maricopa Association of Governments
travel forecasts, 2026
69% Single occupancy vehicle
1,440,000 trips
14% Walk, bike or other
290,000 trips
12% High occupancy vehicle
250,000 trips
5% Transit
100,000 trips
Our Vision
Consistent with the Tempe General Plan 2050, the Tempe
Transportation Plan 2050 will create a connected, multimodal
transportation system that enhances quality of life, strengthens
community connections, expands mobility choices, and supports a
sustainable future for all who live, work, learn, and visit in
Tempe.
The following principles serve as the foundation for this project.
They guide planning, design, and implementation of projects, helping
the City create solutions that are safe, equitable, resilient,
sustainable, and responsive to the needs of current and future
users.
Principles, Goals, Objectives and Strategies
Goal 1
Provide affordable, accessible, and convenient connections
to the places where residents and visitors live, learn,
work, and play through a transportation network that
reflects and supports Tempe’s communities and local
character.
Objectives and Strategies
COMM 1.1: Increase public awareness around modal networks,
roadway safety, and sustainable practices.
Encourage collaboration with schools and school districts
to identify and implement transportation safety
improvements that support safe, accessible, and convenient
travel for students
Develop and maintain accessible documents, materials, and
resources like the Tempe Bicycle/BIKEiT Map to inform
transportation choice and enhance awareness for
wayfinding.
Develop public education materials and outreach techniques
to promote pedestrian and bicycling safety and compliance.
Use Transportation Demand Management services to partner
with organizations and new development to promote
multi-modal commuting practices.
Collect transit ridership data to support the continued
refinement and optimization of the transit network in
Tempe.
Continue to provide information on transit routes,
frequency, span of service, and fare policy, leveraging
both City of Tempe and Valley Metro tools and resources.
Collect citywide pedestrian and bicycle volume data and
collaborate with community partners, such as Tempe Bicycle
Action Group (TBAG), to conduct supplemental manual
counts. (ALT1)
Collaborate in programming and special events with local
partners that raise awareness for bicycling safety and
benefits.
COMM 1.2: Enhance the landscape along the ROW with
opportunities for engaging and interesting pedestrian
experiences.
Require transportation projects to evaluate and implement
Low Impact Development (LID) and Green Streets practices
that reduce stormwater runoff, improve water quality, and
create safer, more attractive corridors.
Collaborate with neighborhoods to build amenities like
shade structures, gardens, and public art along the ROW.
Support community initiatives that improve pedestrian
pathway design and access points.
Goal 2
Reduce mobility barriers and equitably expand access to
opportunities and services through transportation
investments.
Objectives and Strategies
COMM 2.1: Advance transportation investments that improve
access to daily needs, services, jobs, and community
destinations for people of all ages, abilities, and
backgrounds.
Integrate emerging micromobility technologies into the
existing transportation network, while ensuring access to
underserved communities and accommodations for ADA needs.
Design, construct, and maintain ADA-compliant pedestrian
curb ramps at all intersections to provide a continuous
and accessible pedestrian network. (ALT1)
Maintain and update data related to the bicycle network
and pedestrian network to prioritize access and resolve
network gaps.
Work with Neighborhood Associations and other stakeholders
to add pathway connections for pedestrians and cyclists
into neighborhoods.
Use data-driven maps to identify communities that are
underserved in the transportation network, and where
services are needed.
Build transit shelters with amenities along neighborhood
collectors that support local ridership and improve their
transit experience.
COMM 2.2: Develop greater accessibility and connectivity
throughout the transportation network to meet all basic
daily non-work needs.
Prioritize accessible crossing infrastructure near
essential destinations and services.
Use the development process to expand access to Tempe
multiuse paths and recreational amenities.
Implement bicycle and pedestrian infill projects that
address gaps in pedestrian and bicycle network and are
compatible neighborhood character.
Goal 1
Develop an effective citywide multi-modal transportation
network integrated with sound land use planning, to create
safe, efficient, and accessible mobility for persons, goods,
and services within the City, and the region.
Objectives and Strategies
CM 1.1: Eliminate gaps in the sidewalk infrastructure and
build the pedestrian network to be accessible and
comfortable.
Work with local neighborhoods and stakeholders to install
pedestrian facilities where existing sidewalk gaps exist.
Create more frequent points of access to our Multiuse Path
facilities, connecting paths, crossings, and ramps.
Complete installing ramps inventoried from the ADA
transition plan.
Inventory Multi-use Paths with deficient widths (under
10’).
CM 1.2 Develop continuous, safe and comfortable routes in
the Bicycle Network, and fill existing infrastructure gaps.
Improve bicycle facilities along arterials to a Bicycle
Level of Traffic Stress score below 3.
Improve bicycle facilities in the BIKEiT network to a
Bicycle Level of Traffic Stress score equal to or below 2.
Develop an All Ages and Ability Bicycle Network, providing
a simple inventory of the most comfortable facilities in
Tempe.
Continue evaluating the bike network for opportunities and
gaps in mobility, locally and regionally.
CM 1.3 Enhance transit facilities and coordinate
interconnected destinations to increase ridership.
Ensure frequent transit service is provided to achieve
accessibility and mobility throughout the city.
Continue collaborating with Academic institutions like
Arizona State University to develop transit programs,
making transit more available to students and faculty.
Identify and integrate Intelligent Transportation System
technologies (ITS) into transit system plans.
Implement improvements and locate facilities like transit
shelters, mobility hubs, and ‘park and rides’ to increase
transit ridership and ease of use among pedestrians,
cyclists, and drivers.
Ensure all transit facilities meet and/or exceed ADA
standards and are accessible to persons with disabilities.
Actions on coordinating with regional partners to expand
intercity and regional transit travel.
CM 1.4 Retain existing traffic capacity and reliability on
our roadway.
Establish roadway planning and development consistent with
the street classification system and the engineering
design criteria.
ontinue integrating and updating Intelligent
Transportation System, technologies into the roadway
network to optimize traffic flow controls.
CM 1.5: Develop a functional relationship between the
diverse land uses in Tempe and the transportation network
that serves them.
Promote Transportation Demand Management strategies that
reduce reliance on single-occupant vehicle travel,
increase the use of transit, walking, bicycling,
carpooling, vanpooling, and shared mobility services, and
improve the efficiency of the transportation system.
Require or incentivize trip reduction plans for major
developments, employment centers, and activity hubs to
achieve measurable reductions in vehicle trips and
increases in non-single-occupant vehicle travel.
Conduct a study to identify priority locations,
operational needs, and funding requirements for variable
message signs, and implement deployments that enhance
event traffic management, traveler information, and detour
guidance.
Continue to refine and optimize the transit network in
Tempe to serve varying land uses and densities,
recognizing that transit investments are scalable and can
serve multiple travel markets.
Implement driveway spacing standards between adjacent
driveways serving non-residential developments on
collector and arterial streets, while encouraging shared
access and cross-access connectivity to minimize access
points and enhance corridor safety and mobility.
Conduct multimodal vehicle counts to understand key
corridors and areas of high-density.
Develop design guidelines that address accessibility
features, driveway spacing, bicycle facilities and
crossings in areas with considerable density and growth.
Goal 2
Provide transportation choices that move all people, goods,
and services reliably, effectively, and affordably.
Objectives and Strategies
Objective on Emerging Technologies [reserved]
Goal
Maintain the transportation system in a consistent state of
good repair, using robust data to prioritize investments and
minimize costs.
Objectives and Strategies
IS1.1: Develop comprehensive options to address traffic
congestion, while reducing reliance on automobile travel.
Maintain and enhance signal progression along major
corridors through continued investment in signal
optimization, communications infrastructure, and advanced
ITS technologies.
Require new developments to provide direct, accessible
pedestrian pathways when the walking distance to the
nearest adjacent street exceeds one-quarter mile,
improving connectivity, reducing travel distances, and
supporting a more walkable transportation network.
Install or upgrade vehicle detection systems on major
street approaches to support actuated signal operations.
When no through traffic is detected on the major street,
signal controllers may terminate the green phase early to
provide more efficient service to side-street traffic.
Implement transit speed and reliability improvements,
including transit spot improvements such as transit signal
priority, queue jumps, and dedicated lanes.
IS 1.2: Ensure the System Integrity and capacity are
protected through regular maintenance.
Continue to monitor transit operations and performance and
adjust transit infrastructure, such as transit spot
improvements, as needed.
Maintain pavement, sidewalks, bicycle facilities, and
traffic control devices in a state of good repair.
Maintain and modernize emergency vehicle preemption
systems at signalized intersections to support safe,
reliable, and efficient emergency response.
IS 1.3: Establish and maintain guidelines that enhance the
land-use, transportation, and neighborhood character, and
historical elements in the ROW.
Plan transit services and infrastructure so that they are
context sensitive in terms of the performance and
application.
Upon annexation of county islands, streets shall be
improved and realigned as necessary to meet current City
standards; however, specific future roadway alignments
shall be determined through the planning, design, and
development review process.
Goal
Achieve Zero traffic deaths and serious injuries, with users
feeling safe and comfortable regardless of who they are or
how and when they travel.
Objectives and Strategies
S 1.1: Provide convenient and safe access between
neighborhoods and destinations for vulnerable roadway users.
Design and maintain all City streets with sidewalks on
both sides to support safe, accessible, and connected
pedestrian travel.
Maintain dedicated funding for the resident-driven
Neighborhood Traffic Calming Program to address
community-identified traffic safety concerns.
Provide safe and accessible transit services and
infrastructure for transit users, including while riding
and traveling to and from these services.
Identify locations for transit infrastructure and transit
spot improvements that have a shared benefit with the
Safety Action Plan.
Require the dedication of bicycle and pedestrian easements
necessary to preserve and implement planned multiuse path
corridors. Development and redevelopment projects shall
protect identified alignments, maintain corridor
continuity, and provide connections to adjacent properties
and existing or planned active transportation facilities.
On shared-use paths with significant pedestrian activity,
electric bicycle users shall yield to pedestrians and
operate at speeds consistent with safe shared use. The
City may restrict higher-speed electric bicycles on
designated segments where user conflicts are documented.
S 1.2: Facilitate safe operations along roadways and at
intersections and driveways.
Evaluate median installation opportunities to provide
access control, prioritizing arterials with five or more
lanes, and those on the HIN. Identify locations that could
benefit from the installation of pedestrian refuge islands
and implement them along with the median.
Continue investing in advanced vehicle detection
technologies to improve traffic signal operations and
system performance.
Require a comprehensive High-Injury Network (HIN) update
every three years to ensure safety priorities reflect
current crash trends and conditions.
Require a left-turn safety evaluation at all HIN
signalized intersections lacking protected-only left-turn
phasing.
Monitor and evaluate safety performance at HIN
intersections to identify, prioritize, and implement
targeted safety improvements.
Design, construct, and maintain ADA-compliant pedestrian
curb ramps at all intersections to provide a continuous
and accessible pedestrian network.
Limit driveways to one per parcel, or one per 1/8th mile
for larger parcels, to promote access control along
arterial streets. Encourage cross-access agreements for
adjoining parcels where possible.
Implement access management standards that limit driveways
to one per parcel, or one per one-eighth mile of frontage
for larger parcels, along arterial streets. Prioritize
shared driveway and cross-access arrangements between
adjacent properties to minimize conflict points and enhance
safety, mobility, and site accessibility.
For developments that are not single-family residential,
space driveways at a minimum of 100’ from adjacent
driveways on collector and arterial streets.
Goal
Create a sustainable and resilient transportation system
that supports environmental stewardship, adapts to future
challenges, and provides reliable mobility for current and
future generations.
Objectives and Strategies
SR 1.1: Respond to climate-related factors to achieve human
comfort, utilize the built environment to promote a healthy
community and to encourage active lifestyles.
Prioritize shade and heat-mitigation improvements along
pedestrian and bicycle corridors and at transit stops to
enhance comfort, safety, accessibility, and year-round use
of the transportation system.
SR 1.2: Reduce the number of vehicle miles traveled locally
and regionally.
Support mode shift to walking, bicycling, transit, and
shared mobility.
SR 1.3: Promote sustainable design concepts
Implement sustainable design for transit, including
vehicles, shelters, and other transit infrastructure.
Leverage advancements in transit technology to support a
more sustainable and resilient transit network.
Incorporate low-impact development features into
transportation projects where feasible.
Provide secure and convenient bicycle parking at key
destinations, transit facilities, activity centers, and
public buildings to encourage bicycling and support a
connected multimodal transportation system.
Encourage the provision of secure bicycle parking as part
of new development and redevelopment projects.
How we arrived at these recommendations
Recommendations are grounded in Tempe’s vision and goals, system
data, and community-identified needs.
01
Assess the existing system
Collect and compile data to understand current conditions
02
Incorporate community input
Gather feedback through surveys, stakeholder conversations
and outreach events.
03
Identify needs and gaps
Connect technical findings with the needs identified by the
community.
04
Develop recommendations
Create improvements that respond directly to the identified
needs.
05
Prioritize improvements
Balance community needs, expected benefits and available
funding.
06
Draft Plan (Current Phase)
The Draft Plan presents the plan's content in document
format for review and feedback before preparation of the
formatted Final Plan.
Community engagement across three phases
Community members shared feedback through surveys, meetings, online
maps and pop-up events during the first three planning phases.
Phase I - Understanding
Survey responses 401
Online map comments 81
Public meeting participants 39
Virtual meeting participants 21
Pop-up events 21
Phase II - Gaps and Needs
Survey responses 307
Online map comments 67
Public meeting participants 30
Virtual meeting participants 19
Pop-up events 14
Phase III (Recommendations)
Responses 137
Online map comments 136
Public meeting participants 33
Virtual meeting participants 23
Pop-up events 14
845 Responses
284 Map
Comments
102 Public
Participants
63 Virtual
Participants
35 Pop-up Events
Top survey responses
Respondents identified transportation concerns and priorities, with
open-ended questions providing space for additional feedback.
Respondents could select up to three answers for each question.
Safety Issues
59% Speed/aggressive driving
50% Distracted/non-compliant driving
30% Inadequate bike lane design
25% Poor pavement conditions
Reasons for Delays
68% Traffic congestion
46% Poor signal timing
44% Construction
Plan Priorities
52% Improve walking/biking conditions
40% Improve transit access/reliability
38% Reduce severe crashes/improve safety
38% Maintain/repair infrastructure
Reasons to walk or roll more
Among the reasons to walk/roll more, 67% of respondents selected
shade and 33% of respondents selected separation between
vehicles/pedestrians.Survey summary for Understanding and Gaps and
Needs phases now live.
Creating safer streets for everyone
Tempe is committed to eliminating traffic fatalities and serious
injuries and ensuring everyone who uses the city’s streets gets home
safely.
392 Fatal and serious injury crashes
Crash data helps Tempe understand the scale of the challenge and
where improvements are most needed.
75 fatal crashes
317 serious injury crashes
from July 1, 2020, through June 30, 2025
Zero Advancing Vision Zero
Approved in 2019, Tempe’s Vision Zero Action Plan established a
citywide commitment to ending fatal and serious injury crashes
through safe, equitable mobility.
What we heard
37% prioritized bicycle travel; 33% prioritized safety for all
users.
3 Areas for action
The Safety Action Plan turns Tempe’s Vision Zero commitment into
coordinated, systemic action.
01 - Policy updates
02 - Coordinated strategies
03 - Safer street systems
Tempe’s commitment
City Council Priority No. 1
Calls for a safe and secure community through a commitment to
public safety and justice.
Vision Zero resolution
Resolution No. R2018.13 committed Tempe to eliminating traffic
fatalities and serious injuries.
Safe System Approach
Achieving zero traffic fatalities and serious injuries requires a
proactive, systemwide approach to safety. The Safe System Approach
recognizes that people make mistakes and focuses on creating safer
roads, speeds, vehicles, behaviors, and post-crash care to prevent
those mistakes from resulting in severe outcomes.
Click each Approach to see more.
Safe People
Education, enforcement, and behavior interventions to reduce
risky actions.
Example Strategy
Implement targeted nighttime enforcement to dissuade midblock
pedestrian crossings and speeding in high crash areas.
Safe Vehicles
Design standards and safety technologies that protect occupants
and vulnerable users.
Example Strategy
Support the adoption of safer vehicle design and technologies
that help minimize crashes and reduce injury severity.
Safe Speeds
Speed management to ensure crash forces remain within human
tolerance.
Example Strategy
Assess opportunities to manage speeds and minimize speed
variability among motorists.
Safe Roads
Infrastructure designed to reduce crash risk and severity, with
a focus on high-risk locations and all users.
Example Strategy
Identify opportunities to further improve emergency pre-emption
at intersections.
Post-Crash Care
Emergency response systems that minimize the consequences of
crashes.
Example Strategy
Identify opportunities to further improve emergency pre-emption
at intersections.
High Injury Network
A High Injury Network (HIN) is a map of corridors that
identifies streets and intersections with higher rates of Fatal
and Serious Injury (FSI) crashes, which result in fatalities or
serious injuries.
Targeting traffic enforcement activities
Prioritizing infrastructure improvements
Targeting traffic enforcement activities
HIN Segments
50.2%
FSI Crashes
3.9%
of all roads
HIN Intersections
56.8%
FSI Crashes
1.5%
of all roads
Click to enlarge
Location-Based and Systemic Strategies
Roadway safety is a citywide priority that requires the application
of both location-specific countermeasures and systemwide strategies.
Systemic Analysis
These four graphics present two intersections and two corridor
segments with design characteristics that are typical of conditions
across the City’s roadway network. They demonstrate how safety
countermeasures can be applied in typical locations across Tempe,
including both HIN locations and in other parts of Tempe that may
not have experienced severe crashes recently but share similar risk
factors.
Tempe experiences nearly 1.7 million vehicle trips a day, with 85%
of these trips being single occupancy vehicles. Projections for 2050
show the number of daily trips within Tempe increasing 26%.
Tempe’s roadway network currently handles vehicle and truck traffic
well, thanks to its grid layout and available road capacity. While
congestion still occurs during busy travel times, travel patterns
have changed since the COVID-19 pandemic. In the past, traffic
typically peaked around the 4:00 p.m. commute; today, peak travel is
spread out over a longer period and starts earlier in the day.
Seasonal traffic patterns are also changing. Although areas near
ASU see about 10% more traffic during the school year
(September–May), most of Tempe experiences seasonal traffic
fluctuations of less than 10%. (Source: HDR analysis of INRIX
traffic data, 2025).
Tempe is not planning to widen roads or add significant roadway
capacity. Instead, the City is focused on making the existing street
network work better by improving traffic flow, reliability, and
safety. As a fully developed community in the heart of the Phoenix
region, Tempe must rely on a variety of transportation solutions—not
just more space for vehicles—to meet future travel needs.
The City's Safety Action Plan identified a network of corridors
with higher rates of fatal and serious injury crashes. To
improve safety, the Plan recommends continuing and expanding
proven safety measures and strategies. The City has also
identified several locations for further study and potential
improvements, as shown in the figure to the left.
Signal timing
Signal optimization helps communities make better use of
existing infrastructure while improving daily travel for
residents and visitors.
Technology
New technologies help reduce congestion and improve safety
by allowing traffic systems to respond more effectively to
real-time conditions.
Other Strategies
Targeted operational, technology, and infrastructure
improvements can reduce congestion, improve safety, and
enhance transportation system efficiency.
Active Transportation
A principle of Tempe Tomorrow, Tempe’s General Plan is to, “continue
to be a leader in multi-modal transportation. No single mode of
transportation, by itself, will be sufficient to meet the mobility
needs of Tempe.”
Tempe is committed to addressing the safety and comfort needs of the
most vulnerable individuals on our streets—people walking, biking,
taking transit, and using wheelchairs or other mobility
devices—while still balancing the needs of those driving private,
commercial, freight, and emergency vehicles.
Mode shift supports transportation equity and affordability by
reducing reliance on cars and expanding travel choices, thereby
encouraging a shift from single-occupancy vehicle use to alternative
modes of travel. Successful mode shift supports City goals around
climate, congestion, health, equity, growth management, and Vision
Zero.
The City aims to make Tempe’s streets healthier, more vibrant, and
more welcoming for everyone. This includes features such as
pedestrian-scale lighting, shade trees and landscaping, green
stormwater infrastructure, public art, benches, bus shelters,
drinking fountains, and other amenities that enhance the street
environment. The City also prioritizes improvements that support
walking, biking, and transit, including protected bike lanes,
bicycle boulevards, high-capacity transit routes, connected and
accessible sidewalks and paths, safer street crossings, and
comfortable and inviting streetscapes.
The active transportation projects shown in the map are recommended
to improve safety, connectivity, and comfort for people walking,
bicycling, rolling, and using other micromobility modes. Together,
these projects advance the City's vision for a more connected and
multimodal transportation system.
Tempe Tomorrow, Tempe’s General Plan, notes that providing complete
pedestrian and biking networks throughout the City contributes to
active and healthy lifestyles.
Click to enlarge
Legend
Bell
Brake
Chain
Frame
Handlebars
Helmet
Pedal
Reflector
Seat
Spoke
Sprocket
Wheel
BIKEiT Final Alignment To Be Determined
Secondary Routes
BIKEiT
Tempe’s branded network of bikeways designed to help people
safely, comfortably, and conveniently reach key destinations by
bicycle, e-bike, scooter, or other micromobility options using
streets with lower traffic volumes and featuring streetscape
improvements.
Primary Routes
A connected network of bikeways designed to help people safely
and comfortably reach key destinations by bicycle, e-bike,
scooter, or other micromobility options. The network primarily
uses neighborhood streets with lower traffic volumes and may
include improvements such as separated bike lanes, raised
crossings, curb extensions, bridges, and landscaping to create a
safer and more enjoyable riding experience.
Secondary Routes
A network of low-stress streets connecting users to BIKEiT
routes and Multi-Use Paths. Secondary routes are designated by
wayfinding signage or sharrows and are not intended to connect
users directly to major destinations, but rather to provide
first and last mile connections.
Legend
Bell
Brake
Chain
Frame
Handlebars
Helmet
Pedal
Reflector
Seat
Spoke
Sprocket
Wheel
BIKEiT Final Alignment To Be Determined
Secondary Routes
Transit
Frequent and reliable transit is essential to a balanced
transportation system. Tempe is committed to making transit a
reliable and convenient option for travel to/from, and
throughout Tempe. The following recommendations are intended to
improve service and make transit a more attractive option for
everyday travel.
Weekday Peak
Implement 10-minute frequencies on Valley Metro A Line and
Route 72, and 15-minute frequencies on Routes 30, 48, 62,
and 77.
Weekday Off-peak
Implement 10-minute frequencies on Valley Metro A Line and
Route 72, and 15-minute frequencies on Routes 30, 45, 56,
61, 66, and 81.
Saturday
Implement 15-minute frequencies on Routes 30, 45, 61, 66,
72, and 81, and 30-minute frequencies on Route 108.
Sunday
Implement 15-minute frequencies on Valley Metro A Line and
Route 72, and 30-minute frequencies on Routes 30, 108, and
140.
New Services
Implement planned streetcar extensions and new BRT service.
Consider new local bus service, new circulator service,
consolidating express services, and passenger rail service.
Proposed Transit Network
Streetcar Infrastructure
Supports operations during special events
Transit Spot Improvements (e.g. Transit Signal Priority,
Queue Jumps)
Improves transit speed and reliability at highest boarding
locations or areas of substandard on-time performance
LRT Grade Separation (University Drive and Rural Road)
Eliminates delays for transit riders and drivers caused by
existing at-grade crossings
Dedicated Lanes (bus/streetcar)
Improves transit speed and reliability by providing
dedicated right-of-way for transit and can be leveraged by
multiple routes where possible (e.g. streetcar and
local/express bus on Rio Salado Pkwy)
US 60 Express Connection (in vicinity of Mill Avenue or
Rural Road)
Creates new inline transfer for US 60 express bus service
Toolkits
The Safety Action Plan and Active Transportation toolkits comprise a
set of context-sensitive treatments that aim to manage speed,
address common crash patterns, and improve safety, comfort, and
connectivity along Tempe’s streets.
The Tempe Transportation Plan 2050 includes a variety of tools and
strategies to improve mobility, accessibility, and safety throughout
the City. The following section highlights these strategies. Click
on each to see an example of what they involve and where they can be
used to improve safety, comfort, and connectivity for all users.
Categories of Strategies
Click a category below to see an example of each set of strategies.
The projects identified through the planning process were evaluated
using both qualitative and quantitative methods to determine which
best support the City’s transportation goals.
The project evaluation criteria are structured using seven criteria,
identified through the planning and public outreach process. Earlier
this year, during the Gaps and Need phase, over 300 responses were
received to the survey question, “what matters most to you as we
work towards project recommendations? During the February 25, 2026,
public meeting additional public input was gathered on priorities.
During the Recommendations Phase we asked if we are on the right
track, resulting in nearly two-thirds of respondents (n=130)
replying yes. This information helped validate the weighting applied
to the different criteria in the prioritization process.
Comment via the Recommendations Survey or online map through
August 30.
Project team will review feedback and refine the Draft Plan.
Watch for announcements regarding Draft Plan for review this
Fall
Participate in the Draft Plan review (We are here)
Present revised Draft Plan for City Council consideration
Separated Bicycle Lanes and Shared Use Paths
Description:
Dedicated space for bicyclists, physically separated from
motor vehicle traffic.
Considerations and Applicability:
Evaluate opportunities along multilane urban corridors.
Consider right-of-way width, driveway density, transit
operations, and intersection spacing.
Mark conflict areas through intersections and driveways.
Coordinate with the Fire Department and School Districts to
maintain access for emergency vehicles, school buses, and
public transit.
Safety Benefits:
Minimizes interaction between modes, reducing conflict
frequency and severity.
Targets:
Bicycle-involved, sideswipe, and angle crashes
Feasibility:
Medium
Dependent on available right-of-way; requires low driveway
density.
Location Type:
Mid-Block
Multimodal Impacts and Benefits:
High
Separates drivers and people biking, reducing exposure.
CRF
Crash Reduction Factor
Bicycle-involved, sideswipe, and angle crashes
CMF
Crash Modification Factor
ID:
11552
Safe Systems Goals
Safer Vehicle
Safer Speeds
Safer Roads
Safer People
Post-Crash Care
Corner Redesign
Description:
Modifications to intersection geometry that reduce curb radii
and/or installs curb extensions at corners to limit turning
speeds, narrow crossing distances, and enhance visibility
between drivers and people walking, biking, and rolling.
Considerations and Applicability:
Install directional curb ramps to improve ADA accessibility
concurrently.
Determine vehicle turning needs, not every corner needs to
be designed for the largest design vehicle.
Consider the presence of bicycle facilities.
Avoid large curb radii at local street intersections.
Consider at locations with on-street parking or with long
crossing distances.
Safety Benefits:
Slows turning vehicles, improves visibility and crossing
conditions, while reducing pedestrian and bicyclist exposure
to vehicle conflicts.
Targets:
Intersection-related pedestrian involved crashes
Feasibility:
Medium
Dependent on available right-of-way; requires ADA-compliant
design. Multimodal Impacts and Benefits: High Manages driver
turning speeds and reduces crossing exposure. Safety
Benefits: Slows turning
Location Type:
Intersection
Multimodal Impacts and Benefits:
High
Manages driver turning speeds and reduces crossing exposure.
CRF
Crash Reduction Factor
*:
18% to 59% (20 ft. radius to 70 ft. radius)
CMF
Crash Modification Factor
ID*:
11215, 11216, 11217, 11218, 11219, 11220
*These crash modification factors indicate an increase in
crashes with radii larger than 10 feet.
Safe Systems Goals
Safer Vehicle
Safer Speeds
Safer Roads
Safer People
Post-Crash Care
Raised Medians
Description:
A physical barrier that divides the roadway, typically
curb-height or higher, that separates opposing traffic and may
be used to restrict turns or direct drivers to turn at
specific location.
Considerations and Applicability:
Confirm road is wide enough to accommodate a median and meet
travel lane width regulations.
Manage access by strategically aligning median gaps with
intersections, driveways, turning lanes and desired U-turn
locations.
Coordinate with the Fire Department and School Districts to
maintain access for emergency vehicles, school buses, and
public transit.
Implement refuge islands at mid-block crossings.
Incorporate landscaping to act as a trafficcalming feature
by increasing visual friction.
Safety Benefits:
Separates opposing traffic, calms speeds, and enhances turning
movement predictability.
Targets:
Angle, fixed object, head on, rear-end, sideswipe, single
vehicle crashes
Feasibility:
Medium
Requires the presence of TWLTLs or a reconfiguration of
roadway space. May require community engagement where there
are changes in access to private properties and/or
driveways.
Location Type:
Mid-Block
Multimodal Impacts and Benefits:
High
Medium Can support safe crossing opportunities when paired
with refuge islands; without safe crossings, may limit
pedestrian access.
CRF
Crash Reduction Factor
:
19-47%
CMF
Crash Modification Factor
ID:
2514, 2515, 2516, 2517, 2518
Safe Systems Goals
Safer Vehicle
Safer Speeds
Safer Roads
Safer People
Post-Crash Care
Median Refuge Islands
Description:
A horizontally and/or vertically separated area in the center
of the roadway that provides a space for pedestrians to pause
and safely cross the road in two stages.
Considerations and Applicability:
Evaluate opportunities near schools, hospitals, senior
living centers, and downtown areas.
Align the island with intersections, driveways, and turning
lanes.
Coordinate with the Fire Department and School Districts to
maintain access for emergency vehicles, school buses, and
public transit.
Design islands according to ADA/PROWAG guidance.
Safety Benefits:
Reduces pedestrian exposure and crossing complexity by
allowing users to cross one direction at a time.
Targets:
Pedestrian-involved crashes at unsignalized locations.
Feasibility:
Medium
Requires the presence of TWLTLs, raised medians, or a
reconfiguration of roadway space.
Location Type:
Intersection/Mid-Block
Multimodal Impacts and Benefits:
High
Creates safer crossings on wide roadways.
CRF
Crash Reduction Factor
:
46%
CMF
Crash Modification Factor
ID:
175
Safe Systems Goals
Safer Vehicle
Safer Speeds
Safer Roads
Safer People
Post-Crash Care
Dilemma Zone Protection
Description:
Signal timing strategy that uses advanced detection to extend
green time or allred time to reduce rear-end crashes and red
light running.
Considerations and Applicability:
Verify technology is present to perform advanced vehicle
detection.
Coordinate signal with adjacent signalized intersections and
consider potential delay from signal configuration.
Safety Benefits:
Reduces pedestrian exposure and crossing complexity by
allowing users to cross one direction at a time.
Targets:
Pedestrian-involved crashes at unsignalized locations.
Feasibility:
Medium
Requires modern signal controller and advanced vehicle
detection.
Location Type:
Intersection
Multimodal Impacts and Benefits:
High
Improves vehicle operations without impacting multimodal
space and exposure.