Uber expands European robotaxi trials with multi-partner approach in Madrid and Munich

Uber is planning new robotaxi pilots in Europe, extending trials beyond its earlier focus on single-city experiments and adding a multi-partner structure for the autonomous driving stack. The company’s latest rollout is set to include Madrid, where a robotaxi service will run using WeRide vehicles on the Uber platform, according to a report published Thursday by Yahoo Finance.

The same report also points to Munich as another test location, describing autonomous rides there that would be powered by Autobrains technology. Taken together, the plan suggests Uber is testing different commercialization paths by pairing its consumer-facing booking and routing layer with autonomous systems from more than one supplier.

Uber has been positioning robotaxi efforts as part of a longer-term strategy to reduce dependency on human drivers and to broaden transportation options in ways that could scale across cities. Robotaxis are especially sensitive to local operating conditions, including regulation, roadway design, safety requirements, and how quickly partners can obtain approvals for specific vehicles and operating geographies.

In the Madrid pilot described by the report, Uber would effectively act as the marketplace for robotaxi trips, while WeRide would contribute the vehicle and autonomy technology. In Munich, Uber’s role would be similar in bringing rides to users, but the autonomous driving capability would come from Autobrains, reflecting a willingness to swap underlying technology rather than rely on a single partner.

The broader market context is that robotaxi services are gradually shifting from concept demonstrations to operational deployments. An Automotive News intelligence report published in July 2025 described meaningful progress across multiple competitors, noting that deployments are no longer limited to one company and that different firms are pursuing their own paths toward scaling and profitability.

For Uber, a multi-partner approach can be a practical way to accelerate learning. Each autonomy provider may have different strengths, including how it handles sensing and navigation, how quickly it can iterate software, and how easily it can meet city and regulatory requirements. It can also reduce the risk of being locked into a single technical approach if performance or approvals lag.

Still, the information available in the reported announcements leaves open key questions about how large these pilots will be, what operating areas will be covered, and how Uber will measure success. The report does not detail target rider volumes, safety benchmarks, timelines for expansion, or whether the tests will include paying passengers from the public on a regular schedule versus limited invited groups.

What to watch next is whether Uber will publish clearer pilot metrics and timelines, including any indications of regulatory approvals, safety case documentation, and the duration of each city trial. If the company moves from pilot operations to expanded service, the partner mix could become a announcement of which autonomy platforms Uber believes can meet both operational and business requirements in Europe.