Suzuki and Glydways to test personal rapid transit

Suzuki’s investment in Glydways raises the question of how far automotive OEMs will push into public transportation infrastructure Suzuki has signed a memorandum of understanding (MOU) with public transportation developer Thoth Infrastructure and California-based Glydways to examine autonomous personal rapid transit (PRT) for the Sabarmati Multimodal Hub in Ahmedabad, India. The hub is a planned high-speed rail terminal where increasing passenger volumes are expected to drive demand for short-distance electric mobility across the region. Glydways’ image in an urban area Glydways’ PRT system operates compact, mini-car-sized electric vehicles autonomously in dedicated lanes, transporting multiple passengers on demand at lower infrastructure costs than traditional public transportation options. Glydways is a Suzuki investment company with which the OEM has a strategic cooperation agreement; Thoth Infrastructure, headquartered in Delhi, brings its transit-oriented development expertise and joins the MOU as the local project partner. Sabarmati region currently sees high demand for short-haul urban travel; this is a factor in which all three parties put forward PRT as a suitable solution. The MoU marks the beginning of a feasibility study rather than an approved deployment, and implementation details will be evaluated as the project progresses. Suzuki frames this initiative as part of its medium- and long-term commitment to improve infrastructure mobility in India. The company’s investment in Glydways and wider strategic collaboration with the firm predates the Ahmedabad study. Why this matters: Sabarmati’s high-speed rail connection ensures timing awareness. Coming to a region where demand for short-distance travel is high, the high-speed rail terminal creates exactly the first- and last-mile gap that Personal Rapid Transit is intended to fill; Suzuki and Glydways are positioned ahead of the infrastructure that will create demand rather than respond to existing demand. India’s urban density makes dedicated lane PRT more feasible than open road robotaxi. The constrained, predictable operating environment of a fixed guidance system eliminates the edge case complexity that slows autonomous deployment in mixed traffic; This could be a more pragmatic entry point for autonomous mobility in a market where road conditions vary widely.

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