As bike ridership continues to grow, transit agencies are facing real operational challenges: limited onboard space, safety concerns, and increasing demand for multimodal access. When demand for bicycles onboard GO Transit’s rail network in the Greater Toronto and Hamilton Area began increasing, a response was needed to ensure a safe and convenient commute for riders.
This project is a model of how infrastructure partners, transit agencies, and manufacturers can work together to adapt legacy systems to meet modern demands. It highlights how rider needs, safety protocols, and vehicle constraints can all be addressed, not by compromise, but through targeted, collaborative design.
Metrolinx took proactive steps to accommodate the realities of multimodal commuting. Alstom delivered engineering excellence and fleet-level integration. Sportworks brought product leadership and technical guidance to ensure that every touchpoint of the solution performed in real-world transit conditions.
Together, the partnership delivers a scalable model for integrating micromobility into passenger rail at a system level. As cities evolve and transportation becomes increasingly multimodal, projects like this set the standard for how to move forward: with collaboration, clarity, and a commitment to safety and rider experience.
Download the case study to learn:
- How legacy railcars were adapted to support modern bike demand
- The engineering considerations behind the onboard rack system
- The impact on operations, safety, and capacity
- Key takeaways for agencies integrating bikes into rail service
Learn how a practical, fleet-ready solution helped GO Transit meet growing multimodal demand.
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