The robotaxi race is no longer just about self-driving technology; it's about who controls the entire operation. Lucid announced a partnership with European mobility platform Bolt to deploy at least 25,000 Level 4 autonomous vehicles across major European cities, while Baidu is conducting fully driverless tests in Hong Kong. These moves signal that traditional automakers are increasingly teaming up with ride-hailing platforms and autonomous-driving specialists rather than developing every component in-house.

What's Driving the Shift Toward Partnerships?

The robotaxi opportunity has become too large for any single company to tackle alone. Early Uber investor Jason Calacanis predicted that "all car companies" will become robotaxi operators, pointing to Lucid's new European deal as evidence of this broader trend. The reason is straightforward: building a robotaxi requires expertise in vehicle manufacturing, autonomous-driving software, fleet operations, and regulatory compliance. No single company excels at all four.

Lucid and Bolt's partnership exemplifies this division of labor. Lucid will develop the vehicle on its upcoming Midsize platform, while Bolt will handle the software, safety requirements, rider experience, and fleet operations across more than 850 cities where it already operates. The vehicles will use NVIDIA's Hyperion autonomous-driving architecture, a platform that has become the de facto standard for robotaxi developers.

"European autonomy requires data, software, vehicles, and operations to work as one system built for European roads and regulation," stated Markus Villig, CEO of Bolt.

Markus Villig, CEO at Bolt

This partnership is just one piece of a much larger puzzle. Lucid is simultaneously pursuing a separate robotaxi program with Uber and autonomous-driving company Nuro in the United States. Uber has committed to deploy at least 35,000 Lucid vehicles, including Gravity SUVs and future Midsize models equipped with Nuro's technology. Lucid plans to supply around 100 pre-production Gravity-based robotaxis to its partners by the end of 2026, with full production expected to begin in early 2027.

How Are Major Automakers Positioning Themselves in the Robotaxi Race?

• Lucid: Partnering with both Uber and Nuro in North America while simultaneously developing a European fleet with Bolt, leveraging NVIDIA's Hyperion architecture for autonomous driving capabilities.
• Stellantis: Signed a preliminary agreement with Wayve and Uber to develop Level 4 robotaxis for Europe and North America, and also partnered with Bolt and Pony.ai on an autonomous-vehicle pilot in Luxembourg.
• Other Major Players: Volkswagen, Mercedes-Benz, Nissan, Hyundai, and XPeng are pursuing their own programs through technology partnerships, internal development, or commercial deployment plans.
• Rivian: Uber agreed in March to invest up to $1.25 billion in the company, with plans to purchase 10,000 autonomous R2 vehicles beginning in 2028 and an option for 40,000 more from 2030.

The strategy is clear: automakers are no longer betting solely on their own autonomous-driving technology. Instead, they are leveraging partnerships with mobility platforms that already have operational expertise, regulatory relationships, and customer bases. This approach accelerates time-to-market and reduces the risk of developing a robotaxi platform from scratch.

What About International Expansion?

Baidu is advancing its robotaxi ambitions internationally, conducting fully driverless Apollo Go tests on Hong Kong roads. The company stated that it plans to apply for commercial operations after building on its current trials, positioning Hong Kong as a potential "global benchmark for commercial autonomous driving in right-hand-drive markets". This move demonstrates that the robotaxi race is not confined to North America; it is becoming a truly global competition.

Lucid's European fleet is expected to be manufactured at the company's new Saudi Arabian plant, which is scheduled to begin production early next year. This geographic diversification allows Lucid to serve multiple markets simultaneously while managing production costs.

Where Does Tesla Fit Into This Picture?

Tesla has taken a different approach, beginning commercial deployment of its Cybercab robotaxi in Austin earlier this month. The two-seat vehicle has no steering wheel, pedals, or mirrors, and CEO Elon Musk has called it "the first car that is specifically built for unsupervised full self-driving." However, Tesla faces regulatory scrutiny; the National Highway Traffic Safety Administration (NHTSA) has given the company until September 30 to explain how the Cybercab complies with safety standards without an exemption.

Unlike Lucid, Baidu, and other automakers that are partnering with established mobility platforms, Tesla is attempting to build and operate its own robotaxi fleet independently. This strategy carries higher regulatory and operational risk, but it also gives Tesla complete control over the customer experience and revenue model.

The robotaxi market is rapidly consolidating around a few key platforms and partnerships. NVIDIA's Hyperion architecture has emerged as the dominant autonomous-driving platform, used by both Lucid and Bolt. Mobility platforms like Uber and Bolt are becoming the primary operators of robotaxi fleets, while automakers focus on vehicle design and manufacturing. This division of labor is accelerating the commercialization of autonomous vehicles, but it also means that the winners in this market will be those companies that can execute partnerships effectively and scale operations globally.