Stellantis, Wayve and Uber target global Level 4 Robotaxis

Ronja Schmiedchen Ronja Schmiedchen Redaktion, Social Media & Moderation

7 July 2026 - 15:08

2 min

Stellantis, Wayve and Uber are combining vehicle engineering, AI software and mobility services to accelerate the commercial deployment of Level 4 robotaxis.

Stellantis

Robotaxi deployment is increasingly becoming an ecosystem challenge rather than a standalone technology race. Stellantis, Wayve and Uber are combining vehicle platforms, AI driving software and mobility services to accelerate the commercial rollout of Level 4 autonomous transport.

The race towards commercially viable robotaxis is entering a new phase. Rather than developing autonomous technology in isolation, manufacturers, AI specialists and mobility platforms are increasingly building integrated ecosystems designed to industrialise driverless transport.

Against this backdrop, Stellantis, Wayve and Uber have announced a strategic collaboration to jointly develop, validate and eventually deploy Level 4 autonomous mobility services in multiple markets worldwide.

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What role will each partner play?

The cooperation combines three complementary capabilities. Stellantis will develop and manufacture vehicles based on dedicated Level 4-ready vehicle platforms designed specifically for fully autonomous operation.

Wayve contributes its AI-powered autonomous driving software, while Uber provides access to customers through its established global mobility platform. Together, the companies aim to create a scalable framework capable of accelerating the deployment of commercial autonomous ride-hailing services.

Why is Stellantis focusing on Level 4 platforms?

For Stellantis, the agreement extends its broader automation strategy beyond advanced driver assistance. The automotive group intends to supply production-ready vehicle platforms engineered for driverless operation from the outset. According to the company, these architectures will integrate redundant vehicle systems, sensor suites and safety concepts required for continuous commercial operation.

The announcement also builds on an existing collaboration between Stellantis and Wayve around Level 2++ assisted driving technology. The new alliance expands that relationship towards fully autonomous Level 4 mobility services.

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How does Wayve's AI approach differ?

Unlike many autonomous driving developers, Wayve relies on an AI-first approach that does not depend on detailed city-by-city HD mapping. Instead, the British technology company develops machine learning models capable of understanding complex traffic environments and adapting to different road conditions with minimal regional customisation.

If validated in large-scale real-world deployment, this approach could significantly reduce both rollout times and operational costs for new robotaxi markets. Uber will contribute its global ride-hailing platform, allowing future autonomous fleets to be booked through the Uber app and connecting operators directly with millions of existing users.

The announcement also builds on previous initiatives by Wayve and Uber, which had already revealed plans to introduce autonomous ride services in London, Tokyo and additional international cities. Stellantis now adds the industrial vehicle manufacturing capabilities required for large-scale deployment.

What comes next after the agreement?

The companies have signed a non-binding Memorandum of Understanding that establishes the framework for future agreements covering technology development, licensing, vehicle production and fleet procurement. Joint work is expected to focus on system integration, testing, validation and commercial deployment.

Potential launch regions include cities across Europe, North America and other international markets. However, the partners have not yet disclosed deployment timelines, production volumes or the first launch locations.

Why do Robotaxis increasingly depend on ecosystems?

The collaboration illustrates a broader transformation across autonomous mobility. Commercial robotaxi services no longer depend solely on autonomous driving software. Long-term success increasingly requires vehicle engineering, AI development, fleet management, digital platforms and customer access to function as one integrated ecosystem.

For Stellantis, Wayve and Uber, significant challenges remain. Regulatory approval, operational safety, fleet economics and public acceptance will ultimately determine whether Level 4 robotaxis can move from pilot projects to commercially sustainable mobility services. For now, the partnership establishes both the technological foundation and the organisational framework for that next stage of autonomous mobility.