https://pepelac.news/en/posts/id32120-nissan-and-uber-partner-for-robotaxis-with-wayve-tech
Nissan and Uber partner for robotaxis with Wayve tech
Nissan and Uber team up for autonomous robotaxis
Nissan and Uber partner for robotaxis with Wayve tech
Nissan and Uber are finalizing a deal to deploy robotaxis using Wayve's self-driving technology, launching in 2027 for autonomous ride services.
2026-03-11T10:29:14+03:00
2026-03-11T10:29:14+03:00
2026-03-11T10:29:14+03:00
Nissan and Uber are in the final stages of negotiating a partnership for robotaxis. If the deal is signed, Nissan's autonomous vehicles, equipped with Wayve's self-driving technology, will join the Uber platform.The Robotaxi project, developed jointly by Nissan and Wayve, is still under development. The first production vehicles capable of fully autonomous driving are expected to launch in urban areas starting in fiscal year 2027. They will integrate with Uber's platform in Japan and other countries.Wayve's technology will enable these cars to navigate complex city environments without a driver. This move paves the way for large-scale adoption of autonomous ride services and enhances the efficiency of robotaxis.
Nissan, Uber, robotaxis, autonomous vehicles, Wayve, self-driving technology, ride services, partnership
2026
news
Nissan and Uber team up for autonomous robotaxis
Nissan and Uber are finalizing a deal to deploy robotaxis using Wayve's self-driving technology, launching in 2027 for autonomous ride services.
Nissan and Uber are in the final stages of negotiating a partnership for robotaxis. If the deal is signed, Nissan's autonomous vehicles, equipped with Wayve's self-driving technology, will join the Uber platform.
The Robotaxi project, developed jointly by Nissan and Wayve, is still under development. The first production vehicles capable of fully autonomous driving are expected to launch in urban areas starting in fiscal year 2027. They will integrate with Uber's platform in Japan and other countries.
Wayve's technology will enable these cars to navigate complex city environments without a driver. This move paves the way for large-scale adoption of autonomous ride services and enhances the efficiency of robotaxis.
