Uber to Launch Thousands of Autonomous Taxis in Texas, Starting with Arlington

Uber to Launch Thousands of Autonomous Taxis in Texas, Starting with Arlington

Uber is making its next big move in autonomous mobility with the announcement of a new partnership with May Mobility to deploy thousands of self-driving taxis, beginning in Arlington, Texas, by the end of 2025.

The press release, published on Uber’s investor relations site, details how the ride-hailing giant plans to integrate May Mobility’s autonomous vehicles into its app, starting with hybrid-electric Toyota Sienna minivans equipped with May’s proprietary Multi-Policy Decision Making (MPDM) technology.

A Gradual Road to Autonomy

The launch will start with safety drivers behind the wheel, transitioning into full driverless operation as the technology matures and regulatory approvals are secured. According to the companies, this phased approach ensures both safety and public confidence as the autonomous fleet expands.

Why Arlington?

Arlington isn’t new to autonomous vehicles. May Mobility has been operating in the city since 2021 through its RAPID shuttle service in collaboration with the University of Texas at Arlington. This makes the city a logical and strategic starting point for scaling operations.

What This Means for Riders

For Uber users, the rollout will be seamless. Riders in Arlington will begin seeing self-driving options appear in the Uber app - initially with a driver present, eventually with no driver at all. Uber says this initiative is part of its long-term plan to increase access to affordable, reliable transportation while reducing road congestion and emissions.

The Bigger Picture

Uber's collaboration with May Mobility joins its other autonomous efforts, including partnerships with Waymo and Avride. As competition in the driverless ride-hailing space heats up, Uber appears determined to lead the charge in making AVs a core part of everyday travel.

More cities are expected to join the program in 2026 as the company ramps up production and expands its autonomous network.

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