London’s robotaxi plans hit a familiar roadblock: the city’s traffic and its drivers
London is preparing for a new round of self-driving taxi testing ahead of U.K. government robotaxi trials set to launch in the spring, drawing a mix of corporate confidence and local skepticism. The pilots bring together multiple robotaxi companies as London becomes the latest city in a wider competition for autonomous-vehicle service contracts and public rollout.
The testing is set against a backdrop of questions about whether robotaxis can handle London’s older road network, dense street scenes and heavy congestion. Several companies say their technology can operate alongside existing transport options, while traditional black cab drivers and some observers warn the environment could be a tougher real-world stress test than the technology’s backers anticipate.
Steven McNamara, general secretary of the Licensed Taxi Drivers’ Association, questioned the premise of the service. He said self-driving taxis are “a solution looking for a problem,” and he argued the cars would not gain meaningful advantage on London’s road network, which he described as a convoluted spiderweb compared with the grid layouts in U.S. cities where some robotaxi services operate.
McNamara also pointed to a workforce and training bottleneck. Black cab drivers must pass a long, grueling qualification course known in London as “The Knowledge,” which requires memorizing hundreds of routes and takes years to complete. He said drivers have previously resisted technologies that disrupted their industry, and he referenced protests against the arrival of Uber in the city.
Another issue raised by McNamara focused on pedestrians. In Britain, jaywalking is not treated as an offense in the same way it is in the United States, and McNamara said it can be difficult to drive anywhere in London without pedestrians crossing in front of vehicles. He said, “It’s virtually impossible to drive anywhere (in London) without somebody walking in front of you,” and he asked how robotaxis would handle “those volumes of people” in a city of nearly 10 million.
Robotaxi firms say there is room for autonomous services in London, even if the technology may not replace traditional driving immediately. Wayve CEO Alex Kendall said in a recent interview that he expects Londoners will “love autonomous driving” and treat it as “another choice alongside the Tube, cycling, walking,” as the city’s transport options continue to expand.
Wayve is also pairing with Uber for the taxi trials, which are part of Britain’s move toward national regulations for self-driving vehicles. Chinese company Baidu is teaming with Uber and Lyft to run its Apollo Go autonomous service in the London pilot, while Waymo, owned by Alphabet, is scheduled to take part as well.
Waymo said it plans to start a London passenger service by the third quarter of 2026, and it sought to address concerns that it would flood the city with robotaxis. Waymo spokesman Ethan Teicher said, “We’re not here to replace anyone,” adding that the company’s goal is to “add another option” for people to choose black cabs or other modes when they want, and choose Waymo “when it makes sense.”
In London, Waymo has been running test vehicles, including Jaguar I-Pace sedans spotted doing road trials around the city. Wayve’s vehicles—Ford Mustang Mach-E models—have also been tested on roads with human backup drivers seated behind the wheel, ready to intervene if needed.
In a recent demonstration ride for The Associated Press, Wayve’s Ford automatically steered through a three-mile (five kilometer) loop in North London without problems. The car maintained a steady speed of 19 miles (30 kilometers) per hour, a tick under the speed limit, and while a traffic light change forced the vehicle to brake firmly, the passengers experienced only a light jolt during the maneuver.
Kendall said Wayve’s approach differs from traditional self-driving systems that rely on detailed mapping and pre-written rules designed to anticipate scenarios. He said the company does not depend on “high definition” maps or “hand-coded” safety systems rule sets, instead using an AI trained on millions of hours of data gathered by its cars to learn and understand how the world works. He said it matters because “every time you drive on the road, you’re going to experience something different,” and “You can’t rely on a self-driving car being told how to behave in every scenario it encounters.”
Experts interviewed by the AP suggested robotaxis could have a role in Britain, but potentially as a limited service rather than a wholesale replacement of human drivers. Kevin Vincent, director of the Centre for Connected and Autonomous Automotive Research at Coventry University, said robotaxis might be best suited to fill gaps in the public transport network—such as serving villages that have lost bus services because of budget cuts—and he said demand for human drivers would likely remain, particularly for out-of-town visitors and tourists.
Vincent contrasted what he called the value of local human knowledge with what he said autonomous vehicles can struggle to provide. He said that if a rider can “find a ‘cab driver who knows the area, you can ask him questions,” describing a confidence and comfort that would not be easily replaced in the short term.
Black cab drivers themselves offered a similar critique grounded in everyday experience. Frank O’Beirne, who has been driving black cabs for 14 years, said self-driving taxis cannot replicate the “human touch,” and he described an example involving blind passengers going to Leicester Square who, according to him, ended up needing human guidance to reach a Chinese restaurant located in the basement of a casino.
O’Beirne said, “They would never have found that, ever, (on their own),” and he added, “There’s nothing like us. I can’t see the space where autonomous taxis can operate, really.”
The trial phase in London is expected to test whether companies can translate their pilots elsewhere into a city with challenging navigation, dense pedestrian activity and entrenched training and operating traditions—an environment where the technology’s promise is now being measured against the everyday demands that drivers say matter most.