Baidu Brings RT6 Fleet to London as Lyft Bets on European Robotaxi Foothold
Dozens of autonomous vehicles will roll through Brent borough starting this year, with commercial rides slated for 2027 pending regulatory clearance.

A Chinese AV Stack Meets European Streets
Baidu has deployed its Apollo Go RT6 robotaxis in London, operating through a partnership structure that pairs its autonomous driving technology with Lyft's newly expanded European footprint. The vehicles, initially supervised by human safety drivers, are running trials in the Brent borough as part of a broader strategy to seed thousands of self-driving cars across European cities.
At DailyTechWire, we've tracked how the global robotaxi race increasingly hinges not on technology alone but on distribution deals that marry AV platforms with established ride-hail networks. This London deployment exemplifies that pattern: Baidu supplies the hardware and autonomy stack, while Lyft, through its acquisition of German mobility operator Freenow, provides booking infrastructure and regulatory navigation.
The commercial service, branded Freenow by Lyft, expects to open public reservations sometime in 2027. That timeline depends on approvals from Transport for London and the UK government, which is currently drafting nationwide rules for autonomous vehicles and running a pilot program to stress-test operational frameworks.
Why Lyft Bought Its Way Into Europe
Lyft's acquisition of Freenow last year was a calculated pivot. After years of focusing solely on North America, the ride-hail company recognized that the autonomous future would require scale beyond its home market, especially as Chinese and European regulators moved faster than the United States on commercial AV deployment.
Freenow operates taxi and private-hire networks across the UK and Germany, giving Lyft an existing customer base, driver relationships, and crucially, knowledge of local licensing regimes. Rather than build from scratch, Lyft is layering Baidu's robotaxis into Freenow's conventional fleet, a hybrid model that hedges against both regulatory delays and technical setbacks.
The partnership also reveals Baidu's own strategic calculus. Apollo Go already operates commercially in Chinese cities like Wuhan and Shenzhen, but geopolitical tensions and data-localization laws complicate direct expansion into Western markets. By partnering with a U.S. company that owns a European operator, Baidu gains market access without the friction of establishing its own legal entity or navigating export-control scrutiny on AI inference hardware.
London as Proving Ground
London is emerging as a key testing ground for multiple robotaxi operators. Waymo began trials earlier this year using Jaguar I-Pace vehicles equipped with its fifth-generation autonomous system, while Uber, in collaboration with UK-based AV startup Wayve, has opened a waitlist for upcoming tests. The city's dense traffic, complex road layouts, and unpredictable weather present a tougher environment than the wide boulevards of Phoenix or the controlled routes of San Francisco.
Transport for London has signaled cautious openness, emphasizing that any commercial deployment must meet stringent safety standards and integrate with the city's existing public-transport ecosystem. The UK government, meanwhile, is betting that early regulatory clarity will attract AV investment and position Britain as a hub for autonomous mobility, a strategy mirrored by Singapore and parts of the European Union.
For Baidu, the London trials are also a technical proving ground. The RT6, designed as a purpose-built robotaxi with no steering wheel in its fully autonomous configuration, must adapt to left-hand traffic, roundabouts, and driving norms that differ sharply from China. The presence of safety drivers during the initial phase suggests the company is gathering edge-case data to refine its localization models before removing human oversight.
The Economics of Scaling Robotaxis Abroad
Deploying dozens of vehicles in one borough is operationally manageable; scaling to thousands across multiple countries is a different challenge. The partnership structure Lyft and Baidu have chosen distributes risk: Lyft handles demand aggregation and customer support, Freenow manages local compliance and driver relations, and Baidu owns the vehicle platform and autonomy software.
Yet the economics remain unproven at European scale. Robotaxi unit economics depend on high utilization rates, which require dense demand and regulatory permission to operate without safety drivers. If the 2027 timeline slips or if Transport for London imposes operational restrictions such as mandatory remote monitoring or geographic limits, the cost per ride could remain above human-driven alternatives for years.
Baidu's advantage lies in manufacturing cost. The RT6 is produced in China at a reported cost significantly below Western-built autonomous vehicles, a function of supply-chain integration and government subsidies for new-energy vehicles. If Baidu can import these vehicles into Europe without prohibitive tariffs or local-content requirements, it gains a structural cost edge over rivals building or retrofitting more expensive platforms.
What Comes Next
The London trials will likely run for at least 12 months before any driverless operation is permitted, giving regulators time to observe safety performance and gather public feedback. Lyft and Baidu have signaled that Germany is the next target market, leveraging Freenow's established presence in Berlin, Munich, and Hamburg.
Success in Europe would validate a model that other Chinese AV companies, such as WeRide and Pony.ai, are watching closely. It would also pressure U.S. operators like Waymo and Cruise to accelerate their own international plans, particularly as domestic regulatory momentum stalls in certain states.
For now, London's streets will host a quiet but significant experiment: whether a Chinese autonomy stack, an American ride-hail brand, and a German taxi network can combine into a commercially viable robotaxi service that earns the trust of European regulators and riders alike. The answer will shape not just the future of urban mobility in Europe, but the terms on which global AV players compete beyond their home markets.


