Pony.ai and Uber plan to roll out more than 2,000 robotaxis across Europe

and Uber said they plan to jointly deploy more than 2,000 robotaxis in Europe, expanding a partnership that began in May 2025. The announcement points to growing efforts by ride-hailing companies to accelerate autonomous-vehicle services by pairing large consumer platforms with specialized self-driving technology providers.

Uber, which operates one of the world’s best-known ride-hailing and delivery marketplaces, has been testing autonomous and driverless concepts in select locations and has increasingly relied on external partners for the underlying autonomy stack. Under the expanded plan described in the announcement, would contribute its robotaxi operations and technology while Uber would connect the service to its broader transportation network.

For, a deployment at this scale is a potential milestone in moving beyond limited pilots toward more operationally intensive service. Robotaxi programs depend on continuous real-world testing for perception, routing, passenger pickup logistics, and safety controls, and a large fleet can increase the volume of rides and operational data.

The partners did not provide, in the post referenced by Yahoo Finance, a country-by-country breakdown of where the vehicles would operate, nor did they specify timelines for reaching the “more than 2,000” target. They also did not disclose the commercial model for the service in the announcement, including whether the vehicles would be leased, operated directly by, or managed through a joint entity with Uber.

The deal is notable because it frames Europe as a key region for large-scale autonomous deployments. Europe has a patchwork of regulatory regimes for automated driving and for the use of driverless or semi-driverless vehicles on public roads, meaning that scaling usually requires local approvals and close attention to operational rules.

From Uber’s perspective, partnerships like this reflect a broader industry approach: instead of building full autonomy end-to-end, ride platforms often seek to integrate autonomous fleets that can be turned on and off, measured, and scaled through iterative deployments. That approach can reduce development time, though it shifts some execution risk to the autonomy provider and to the pace of regulatory clearances.

What remains unclear from the publicly described announcement is how the deployment would be staged, what safety or oversight framework would apply, and what performance targets the partners are using to determine whether additional cities or vehicles are added. The post also does not describe whether the robotaxis would be fully driverless or involve any remote assistance or human fallback during early operations.

Investors and industry observers will likely look next for concrete details such as the specific European markets involved, the expected start dates for each site, and any regulatory filings or local approvals that confirm the operational scope. It also remains to be seen how the partnership’s economics will be structured and whether the rollout will translate into measurable improvements in ride supply, unit economics, or Uber’s long-term autonomy strategy.