Uber, Stellantis, and Wayve team up to deploy robotaxis across Europe, North America and beyond

Uber Stellantis Wayve Partnership Aims to Scale Robotaxis Worldwide

Uber Technologies has signed a non-binding memorandum of understanding with Stellantis and British autonomous driving startup Wayve to develop and deploy fully driverless robotaxis in major cities across Europe, North America and beyond 1

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. The Uber Stellantis Wayve partnership builds on earlier agreements to deploy self-driving vehicles supervised by safety drivers, known as Level 2++ vehicles, but now targets fully autonomous Level 4 robotaxis that can operate without human intervention 2

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. Each company brings distinct capabilities: Stellantis will supply platforms capable of supporting fully autonomous Level 4 driving with embedded sensor suites and necessary safety redundancies, Wayve will provide AI driving technology, and Uber will integrate these autonomous vehicles into its vast ride-hailing network 1

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Wayve's Mapless Approach Could Accelerate Global Deployment

What distinguishes this global partnership from other robotaxi initiatives is Wayve's distinctive mapless approach to autonomous driving. Unlike competitors that rely on detailed city-by-city mapping, Wayve's system uses an array of six cameras, one radar, and machine learning to replicate human-like driving in complex urban environments 1

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. The AI learns to drive by observing how humans around it navigate and react in various situations, potentially making it easier to deploy robotaxis globally without the time-consuming process of mapping each new city 1

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. Wayve has been testing vehicles on London's streets since 2018, though exclusively with safety drivers and not as part of any commercial service 1

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. The initial rollout of publicly available robotaxis will still include safety drivers behind the wheel, indicating a cautious approach to scaling autonomous mobility 1

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Stellantis Vehicles Must Withstand Intensive Robotaxi Operations

Stellantis faces the challenge of providing durable vehicles capable of withstanding the intensive demands of robotaxi operations. These autonomous vehicles will likely see more daily use than human-driven taxis because there's no limit to the number of hours they can operate, aside from charging downtime 1

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. However, as EV charging becomes faster, even this limitation becomes less significant 1

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. In October, Stellantis announced a collaboration with Nvidia to create Level 4-capable vehicles and revealed design sketches for a futuristic-looking van and a smaller crossover 1

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. The latest announcement includes a transparent rendering of the same van, showing where various sensors and cameras will be installed 1

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What This Means for Uber's Broader Robotaxi Strategy

This agreement establishes the framework for future deals covering technology development, licensing, production and vehicle procurement, though specific deployment timelines remain unclear 2

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. The companies plan to collaborate on vehicle integration, testing, validation and deployment to bring safe and scalable autonomous vehicles to cities worldwide 2

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. Stellantis joins a growing list of carmakers partnering with Uber to manufacture robotaxis, including Lucid, Rivian, Volkswagen, and Nissan, as well as other robotaxi companies like Zoox 1

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. Uber and Wayve have previously announced plans to deploy Nissan-based robotaxis in Tokyo by late 2026, along with ten other major cities later on 1

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. Each company retains the ability to pursue additional partnerships within self-driving vehicles, suggesting flexibility as the autonomous vehicle market continues to develop 2

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