Wayve, Uber and Nissan Announce Robotaxi Partnership; Plan Tokyo Pilot in Second Half of 2026

Wayve, Uber and Nissan Motor Co. announced March 12, 2026, that they had signed a memorandum of understanding to develop and deploy robotaxi services. They plan to prepare a pilot deployment in Tokyo by the second half of 2026, equipping the Nissan LEAF with Wayve AI Driver and making it available through Uber. It would be Uber’s first autonomous vehicle partnership in Japan and is part of plans by Wayve and Uber to deploy robotaxis in more than 10 cities worldwide.

Wayve says its system does not use high-definition maps and learns from real-world data to generalize to new roads and cities. Applying this approach in a market with complex traffic and road layouts, such as Tokyo, is likely to require accumulating driving data and designing operations that include safety operators. Uber says this is its first autonomous vehicle partnership in Japan, putting the focus on how its existing ride-hailing network will connect to autonomous vehicles. For Nissan, unveiling a robotaxi prototype based on the Nissan LEAF creates an entry point for implementing autonomous driving in a vehicle designed for mass production.

What is new in this announcement is the start of preparations for real-world robotaxi operations in Tokyo by combining Wayve’s end-to-end AI driving system, Uber’s ride-hailing network and Nissan’s vehicles. However, the agreement is currently only a memorandum of understanding, and the pilot deployment in the second half of 2026 is subject to discussions with authorities. A commercial launch is therefore not yet assured. A related article in this newspaper, May Mobility and NTT Mobility Plan Japan’s First Public-Road Run of Autonomous e-Palette, showed how autonomous vehicle services in Japan are moving from trials toward planning for urban operations. The Wayve-Uber-Nissan partnership stands out in this trend by integrating three elements: a ride-hailing platform, AI driving and a mass-production vehicle. In particular, Wayve’s approach, which generalizes from real-world data without using high-definition maps, appears designed to prioritize the speed of expansion across cities, unlike conventional models that depend on map development. The broader industry implication is that the focus is shifting from the vehicle alone to connecting vehicles, training data and ride-hailing networks. Uber says it will begin in Japan through licensed taxi partners, integrating autonomous driving within existing regulatory and operational frameworks. Implementation will depend not only on the AI’s vehicle-control performance but also on the deployment of safety operators, discussions with authorities and the selection of partners. The next points to watch are the operating area in Tokyo, the number of vehicles, permitting progress and how Wayve AI Driver’s training data will be updated.

According to the announcement, vehicles will initially operate on the Uber network with trained safety operators inside. Wayve says AI Driver is designed to learn from real-world data without using high-definition maps and to generalize to new roads and cities. Uber intends to launch the service in Japan through licensed taxi partners and is selecting partners in coordination with relevant authorities. The announcement also included the first public unveiling of a robotaxi prototype based on the Nissan LEAF.

The announcement again highlights the need to align ride-hailing networks, mass-production vehicles and regulatory approvals in Japan. Nissan Motor Co. is the vehicle partner, Uber provides the ride-hailing side, and licensed taxi partners are expected to handle operations. Japanese automakers and transportation companies will therefore face questions about their roles not only in supplying vehicles but also in designing operations.