Uber customers in the U.K. can now join an interest list to increase their chances of being matched with a Wayve autonomous vehicle — another sign that the two companies are preparing to launch a robotaxi service in London. When that launch does happen, Uber will be competing directly with Waymo, Alphabet’s self-driving company that is considered the robotaxi leader in the United States.
Uber announced the interest list on Monday in London along with a branded, black Ford Mustang Mach-E equipped with Wayve’s self-driving system. While Wayve is handling the autonomous vehicle tech, Uber has designed what happens inside, including how riders will interact with the vehicle through interactive touchscreens that support 64 languages.
Uber has teased the impending robotaxi service, but has yet to provide an official date, only saying it will launch in the coming months, pending regulatory approval. After launch, Uber customers who request a ride on the app may be matched with a Wayve vehicle, at no additional cost compared with a traditional human-driven one.
The Key Competitors
| Company | Partner | Tech Strategy | Status (June 2026) |
| Wayve | Uber | “AV2.0” — End-to-end AI/Neural networks that learn like humans. | Launching imminently; waitlist now open on the Uber app. |
| Waymo | Standalone | “AV1.0” — Precision 3D mapping, Lidar, and classic robotics. | Public launch by late 2026; currently testing ~100 Jaguars. |
Riders can increase their chances of getting a robotaxi by going into their account settings, clicking on rider preferences, and selecting autonomous vehicles. If matched with an AV, riders will be able to decline it and opt for a human driver. The Wayve robotaxis will initially have a human safety operator behind the wheel before fully driverless operations begin in the future, Uber said.
Meanwhile, Waymo is also on London’s streets. In April, Waymo began testing its autonomous vehicles with human safety operators. The company is testing about 100 of its autonomous Jaguar I-Pace vehicles in a 100-square-mile area of the city.
Why London is the Ultimate Test
London’s “notoriously unruly” roads provide a level of complexity that US test cities like Phoenix or Austin cannot match:
- The “Knowledge” Challenge: Unlike the grid systems of US cities, London is a labyrinth of medieval streets and complex one-way systems.
- Vulnerable Road Users: London has roughly 10 times the number of pedestrians and 20 times the construction density of San Francisco.
- Jaywalking: Without formal jaywalking laws, pedestrians step into traffic unpredictably, forcing AVs to handle constant “edge cases.”
The imminent showdown is complicated by Uber and Waymo’s existing partnership in the United States — one that is already showing signs of wear. The two companies, once rivals in a trade secrets lawsuit, agreed to work together in 2023 when Waymo put its self-driving vehicles on Uber’s app in Phoenix. That partnership has been relatively limited, though, since Waymo lets Phoenix customers directly hail a robotaxi through its own app as well.
The pair expanded the partnership in March 2025, when Waymo agreed to put its vehicles on the Uber app in Austin, and later, in Atlanta. In both of those cities, prospective customers cannot hail a robotaxi directly through Waymo’s app, and have to use the Uber app and hope for a match.
The two companies’ relationship has continued even as they appear to be drifting apart in other areas. Uber has spent the past two years investing in, and partnering with, dozens of autonomous vehicle companies, including Wayve.
Uber executives have also taken direct shots at Waymo, an unorthodox way to treat a business partner. For instance, Uber CTO Praveen Neppalli posted a video and commentary on X calling out the unsafe behavior of a Waymo robotaxi, calling it “scary.”
The ride-hailing giant has launched two new business divisions — a data play called AV Labs, and an operations-focused unit called Uber Autonomous Solutions — that illustrate the company’s broader ambitions to gain market share in the nascent autonomous vehicle industry.
Uber has placed many bets on autonomous vehicle companies that could compete with Waymo, most notably Wayve. In February, the U.K. startup raised $1.2 billion from a number of strategic backers, including Uber as a return investor. The total raise could reach $1.5 billion thanks to another $300 million from Uber contingent on deploying robotaxis, beginning in London.
There is one regulatory hitch that will delay the robotaxi face-off, at least for a while. The U.K. government is in the process of creating autonomous vehicle regulations, and it doesn’t appear to be wrapping up anytime soon. The government’s transportation department opened applications in May for companies interested in its AV pilot program. The department said it will take what it learns from the pilot program and apply it towards the development of its regulations.
The Business Pivot
This is the first time Uber and Waymo will compete head-to-head in the same city.
- Uber’s Integration: Uber is leveraging its existing massive user base. Londoners will be able to book a Wayve robotaxi directly through the Uber app, starting with safety drivers (supervised by licensed Uber drivers) before moving to fully driverless.
- Waymo’s Ecosystem: Waymo is sticking to its standalone model, betting that users will download a dedicated app for a “pure” autonomous experience.
Industry Note: Wayve’s “embodied AI” approach is particularly interesting—it doesn’t rely on expensive HD maps. Instead, it uses cameras and AI to “see” and navigate new streets it has never encountered before, which could theoretically allow it to scale across the UK faster than map-dependent rivals.
London is officially the next major global battleground for autonomous vehicle (AV) supremacy. Today, June 8, 2026, marks a critical turning point as Uber and British AI firm Wayve announced the imminent launch of their public robotaxi service in the capital, directly challenging Alphabet-owned Waymo, which is also scaling up its London operations.
The “London Showdown” is unique because it pits two fundamentally different technological and business models against each other in one of the world’s most difficult driving environments.
