The Albany Active Transportation Plan guides the development of infrastructure projects and programs to support safe and comfortable bicycling, walking, and rolling in Albany.
Active Transportation Plan Update
The City of Albany is currently updating its Active Transportation Plan, which was developed in 2012 and last updated in 2019. The new Active Transportation Plan is an opportunity to reaffirm community priorities, analyze new data, and incorporate the latest technology and best practices.
The update process is expected to last 12-15 months, with several opportunities for community input and involvement. Sign up for the project mailing list at the bottom of the page to receive updates and notifications.
Active Transportation Plan: Project Timeline
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Timeline item 1 - active
Existing Conditions, Challenges and Opportunities
Fall 2024 - Give your input by November 26, 2024
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Timeline item 2 - incomplete
Draft Active Transportation Network and Policies
Spring 2025
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Timeline item 3 - incomplete
Draft Plan and Priority Projects and Programs
Fall 2025
Draft Goals
Access & ConnectivityProvide an active transportation network that encourages people of all agesand abilities to walk, bike, and roll to meet their daily needs, including access to transit, work, school, commerce, and recreation. |
Safety & ComfortDesign and maintain high-quality facilities that make Albany a safe and comfortable place to walk, bike, and roll. |
Equitable OutcomesEnsure the needs of all users, including disadvantaged populations,are integral factors in project prioritization and development. |
Implementation & FundingAllocate sufficient resources to implement active transportation projects and programs on an ongoing basis. |
Provide Your Input on the Draft Goals
The Plan team is developing a technical analysis of existing conditions. Do these findings align with your experience? Recommendations will be developed based on both input and analysis.
The following represent the six types of existing bikeways in Albany:
- Shared Use Path: paths that can be used by both bicyclists and pedestrians and are completely separate from the roadway
- Separated Bikeway: on-street bikeways with vertical, physical separation from the adjacent lane; most common on high-speed arterials
- Bike Lane: lanes that are painted on the street and can sometimes include a painted buffer from vehicle lanes
- Bike Boulevard: shared lane bikeways accompanied by speed calming measures like speed humps
- Bike Route: shared lane bikeways that are not accompanied by speed calming measures; may see higher vehicle volumes and speeds than bike boulevards
- Mixed Bikeway Types: streets with different types of bike facilities in each direction
The following represent examples of existing pedestrian infrastructure:
- Curb Extensions extend the sidewalk or curb line out into the parking lane, reducing the effective street width and crossing distance.
- Rectangular Rapid Flashing Beacon (RRFB) installation at uncontrolled crossings to increase driver awareness of pedestrians at crosswalks. Pedestrians can activate the flashing signal with a button.
- High Visibility Crosswalks with continental striping that are more visible to drivers.
- Pedestrian Hybrid Beacon is an intermediate option between a flashing beacon and full pedestrian signal. It helps pedestrians safely cross higher-speed roadways by assigning right of way and providing positive stop control.
- Leading Pedestrian Intervals at signals to provide pedestrians with their own dedicated phase before turning vehicles. This improves visibility of pedestrians and reduces vehicle conflicts.
This map shows Albany's existing bike network.
This map shows bike-involved collisions over the past 10 years that resulted in an injury. There were 69 bike injury collisions, with 0 fatal collisions and 4 severe injury collisions. Safety projects have been implemented in several locations where collisions are concentrated.
This map shows pedestrian-involved collisions over the past 10 years that resulted in an injury. There were 87 pedestrian injury collisions, with 1 fatal collision and 13 severe injury collisions. Safety projects have been implemented in several locations where collisions are concentrated.
What is Bicycle Level of Traffic Stress (LTS)?
Level of Traffic Stress (LTS) is a rating given to a road segment or crossing indicating the traffic stress it imposes on bicyclists. LTS ranges from 1 to 4 as follows:
For more information on LTS, click here.
This map shows an LTS analysis of Albany's streets. As part of the Active Transportation Plan process, we are hosting several outreach events, including the open house on October 24, to understand people's lived experiences and refine this initial analysis.
Thursday, December 05, 2024 7:00 pm to 9:00 pm
Transportation Commission Meeting
The ATP project team will present to the Transportation Commission on the ATP goals and existing conditions analysis, including feedback from community engagement to date. The Transportation Commission advises the City Council on transportation policy and project planning and design on City-owned right-of-way.
Thursday, October 24, 2024 5:30 pm to 8:00 pm
The first community open house was October 24. Download the presentation slides below and provide your input online if you missed it.
Date and Time: Thursday, October 24, 2024, 5:30p.m. – 8:00p.m. (stop by any time)
Location: Albany Community Center, 1249 Marin Avenue
The map and survey are closed. Please sign up for project updates at the bottom of this page to get notified about upcoming opportunities for providing feedback.
Visit the City of Albany website to learn more about transportation projects in the City.
Share Your Feedback on the Interactive Map!
Where do you like walking/biking/rolling? Where are you hesitant to walk/bike/roll? How would you improve the experience?
Add a comment in the interactive web map below to tell us about:
- Walking and Biking Support: Where you like walking and biking/rolling ?
- Walking and Biking Challenge: Where you are hesitant to walk and bike/roll ? How would you improve the experience?
Web map comments are public, allowing you to see comments that other community members have added and vice versa. Comments with any amount of profanity may be auto-moderated for staff review before appearing on the map.
Click the button on the top of the map below to expand the map to full screen. Click the "Add Marker" button and leave a marker on the location you would like to leave a comment.
Click the button to view map layers that show the types of existing bicycle infrastructure.
Para traducción en español, oprima el botón de traduccióny seleccione español.
The following represent the six types of existing bikeways in Albany:
- Shared Use Path: paths that can be used by both bicyclists and pedestrians and are completely separate from the roadway
- Separated Bikeway: on-street bikeways with vertical, physical separation from the adjacent lane; most common on high-speed arterials
- Bike Lane: lanes that are painted on the street and can sometimes include a painted buffer from vehicle lanes
- Bike Boulevard: shared lane bikeways accompanied by speed calming measures like speed humps
- Bike Route: shared lane bikeways that are not accompanied by speed calming measures; may see higher vehicle volumes and speeds than bike boulevards
- Mixed Bikeway Types: streets with different types of bike facilities in each direction
The following represent examples of existing pedestrian infrastructure:
- Curb Extensions extend the sidewalk or curb line out into the parking lane, reducing the effective street width and crossing distance.
- Rectangular Rapid Flashing Beacon (RRFB) installation at uncontrolled crossings to increase driver awareness of pedestrians at crosswalks. Pedestrians can activate the flashing signal with a button.
- High Visibility Crosswalks with continental striping that are more visible to drivers.
- Pedestrian Hybrid Beacon is an intermediate option between a flashing beacon and full pedestrian signal. It helps pedestrians safely cross higher-speed roadways by assigning right of way and providing positive stop control.
- Leading Pedestrian Intervals at signals to provide pedestrians with their own dedicated phase before turning vehicles. This improves visibility of pedestrians and reduces vehicle conflicts.