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Photo gallery: Nissan's new robotaxis, Wayve, and Uber, make their debut.

The project images tell the story of the global agreement and the 2026 prototype: from the signing of the agreement to the autonomous mobility tests planned in Tokyo.

Nissan LEAF robotaxi photo gallery: autonomous urban vehicle with sensors and AI systems for driverless driving in complex city traffic
A Nissan LEAF equipped with sensors and autonomous driving systems developed by Wayve drives along a test track; the vehicle represents the technological basis of the robotaxi project announced with Uber: the initiative plans to launch a pilot service in the city of Tokyo by 2026.

A sequence of images documents the birth of the collaboration between Nissan, Wayve e Uber for the development of autonomous mobility services. The photo gallery shows a project taking shape that brings together the automotive industry, digital platforms, and advanced artificial intelligence systems.

The photographs capture the institutional moment of the agreement's signing, showing meetings between company executives and the strategic context in which the initiative is set. Some images include: Ivan Espinosa, Alex Kendall e Dara Khosrowshahi, during the presentation of the project and the definition of the partnership guidelines.

The visual story also highlights the positioning of the agreement in the Japanese market, where Uber launches its first collaboration with an automotive manufacturer and a technology partner for artificial intelligence. The images suggest the construction of an integrated ecosystem in which vehicles Nissan operate through digital mobility infrastructures.

A central part of the photo gallery is dedicated to the Robotaxi prototype based on Nissan LEAFThe images show the vehicle in urban contexts and highlight the technological solutions adopted, including the system Wayve AI Driver developed by Wayve.

The visual sequences illustrate an approach to autonomous driving based on end-to-end artificial intelligence, capable of learning from real-world driving and adapting to complex scenarios without the use of high-definition maps. This element is highlighted through images showing the vehicle in dynamic and variable urban environments.

Some shots document the operational methods envisaged in the initial phase of the project. Robotaxis will be gradually introduced on the platform. Uber with security operators on board, to ensure a controlled experience during the first uses of the service.

The photo gallery also shows the urban context in which the pilot project will be launched, planned for Tokyo by 2026The city's imagery highlights the density, infrastructure complexity, and traffic conditions that represent a significant testbed for the technology.

Alongside the local dimension, the initiative's global perspective emerges. Some images recall the planned expansion of robotaxis in several international cities, including London, outlining a scalable autonomous mobility model.

Overall, the visual story highlights the convergence of electric vehicles, digital platforms, and artificial intelligence systems. The photo gallery shows how the collaboration between Nissan, Wayve e Uber contribute to defining a new paradigm of urban mobility, oriented towards automation, scalability and integration into everyday services.

Here are three insights that might interest you:

Robotaxi: Nissan, Uber, and Wayve Experiment with Urban AI
Video: Nissan's new robotaxis, Wayve, and Uber debut
“iamo”, the Swiss laboratory for autonomous driving in Furttal

Nissan LEAF robotaxi photo gallery: autonomous urban vehicle with sensors and AI systems for driverless driving in complex city traffic
The Nissan LEAF-based robotaxi platform shows the sensor system installed on the vehicle's roof; this architecture allows the Wayve AI Driver software to analyze the road environment and make autonomous driving decisions: the system does not rely on high-definition maps.

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