TransLoc
TransLoc is a part of Ford's mobility portfolio. Backed by Ford as an industry-leading Transportation as a Service (TaaS) company, TransLoc plans, designs and implements software solutions that enable transit providers to maximize their system's efficiencies and do more with less. We are part of a broad suite of mobility solutions providing crucial support to both public and private transit agencies. Together, we are working to solve the world's mobility challenges and usher in the future of modern transportation in every part of the globe.
Resources from TransLoc
-
Wednesday, February 2, 2022 TransLoc
A Guide to Multimodal Transit
Tools, tactics, and example scenarios for planning a healthy multimodal mobility ecosystem.
-
Thursday, September 2, 2021 TransLoc
Report: Transit Value Index
A 2021 poll analyzing Americans' public transportation expectations and behaviors post-pandemic. Click to download this important report!
-
Monday, August 23, 2021 TransLoc
Planning for Uncertainty with Flexible Transit
Tactics for improving efficiency & meeting riders' immediate needs while building resilient services for the future.
-
Wednesday, June 2, 2021 TransLoc
American Rescue Plan: Five Potential Investments for ARP Funds
With $30B in funding for transportation, the American Rescue Plan presents an unprecedented opportunity to build back transit systems that are scalable, accessible, and stronger than ever. Discover 5 possible investments that could impact recovery.
-
Thursday, April 22, 2021 TransLoc
Microtransit Simulations: How to Plan Services with Confidence
Balancing objectives for transit services can be challenging. How do you prioritize quality vs. cost, ridership vs. coverage, vehicle requirements and more? Virtual simulations can help predict these things before putting a single vehicle on the road.
-
Friday, March 19, 2021 TransLoc
Driving Economic Development with Microtransit
Actionable solutions, case studies, and thoughts from mobility leaders about driving economic growth in communities by embracing new approaches to microtransit.
