Waymo picks Toyota bZ4X as next robotaxi; Japan tests from 2027

Waymo, the self-driving car company, and Toyota said on Friday, October 30, 2026 that a robotaxi version of Toyota's bZ4X electric SUV will be Waymo's next vehicle. The companies said testing of the driverless bZ4X will begin in Japan in 2027, ahead of a planned robotaxi service in Tokyo, and that the vehicle will later be used in the United Kingdom and other Waymo markets. Toyota will build the cars at its Takaoka plant in Japan, fitting Waymo's sensors and computers on the same assembly line as the regular electric model.

Until now, robotaxis have mostly been ordinary cars converted after they leave the factory. Fitting the self-driving hardware during the main assembly run is a different approach. It can cut costs, improve quality and make it easier to build large numbers of vehicles, which is one of the biggest hurdles for any robotaxi business. For Toyota, it is a step into autonomous driving through a partner.

For Waymo, the deal widens its options. Adding a mass-produced Toyota gives it a supply route that can grow. It also supports Waymo's international plans. In London, Waymo has been testing autonomous Jaguar I-Pace cars for months and plans to start a service once it receives permits.

The design changes say something about how robotaxis are evolving. Automatic doors and a power liftgate matter in a car with no driver to help passengers, and extra rear legroom reflects that every rider sits in the back. These are features built for paying passengers, not owners.

The partnership also goes beyond robotaxis. The two companies said they will continue to study putting Waymo's technology into cars that people own, and will use data from operating the robotaxis to improve safety across Toyota's wider range of vehicles. That would give Toyota's ordinary customers an indirect benefit from Waymo's driving experience, even where no robotaxi service exists. What remains unknown is scale: neither company has said how many bZ4X robotaxis will be built, and no firm timeline beyond the 2027 Japan testing has been published.

For India, there is no announced plan, and Indian roads, traffic rules and mapping present very different challenges. But Indian technology firms supply software and engineering services to global carmakers, and partnerships like this one shape demand for skills in sensors, mapping and vehicle software.

Short-term: Engineering work begins on integrating Waymo's system into the bZ4X, with test vehicles expected on Japanese roads in 2027. Regulators in Japan will play a key role in when public rides can start.

Long-term: If factory-built robotaxis prove cheaper and more reliable, other carmakers may follow the same model, speeding up the spread of driverless ride services. The companies also said they will keep exploring the use of Waymo's technology in privately owned Toyota cars.

Who is affected: Riders in cities where Waymo operates or plans to; taxi and ride-hailing drivers, whose work could change as robotaxis spread; Toyota's workers and suppliers; and technology workers in autonomous driving, including in India.

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