Europe is taking a fundamentally different approach to autonomous driving than China and the United States, prioritizing integration with public transit systems rather than replacing traditional taxis. A new research collaboration between the University of St.Gallen and Mobileye reveals that while robotaxi services are scaling rapidly in China and the US, Europe remains largely in the pilot phase, held back by fragmented regulations and limited government support for mass deployment.

Why Is Europe's Robotaxi Strategy So Different?

The contrast between regions is striking. In China and the United States, commercial providers like Apollo Go, WeRide, Pony.ai, Waymo, Zoox, and Tesla are expanding aggressively in their home markets and internationally. Their focus is straightforward: autonomous vehicles replace human-driven taxis. Europe, by contrast, is pursuing what researchers call the "European approach," which emphasizes shared mobility and seamless integration with existing public transportation networks.

"The European approach is shared mobility. The aim is to integrate robotaxis effectively with public transport," explained Tamara Wisser, a PhD student at the Institute for Mobility at the University of St.Gallen and one of the study's authors.

Tamara Wisser, PhD Student, Institute for Mobility at the University of St.Gallen

This philosophical difference reflects Europe's broader transportation priorities. Rather than viewing autonomous vehicles as competitors to existing transit, European stakeholders see them as tools to enhance mobility, particularly in underserved rural areas where traditional public transit is sparse or infrequent.

Where Are Europe's Robotaxi Pilots Actually Operating?

Europe's autonomous driving landscape is dotted with pilot projects, though most remain in early testing phases. Several cities are leading the charge:

• Germany: Hamburg, Munich, Darmstadt, and Berlin have ongoing or planned tests that have been underway for several years.
• Norway: Oslo is considered the European hub for autonomous driving, with robo-shuttles tested since 2019.
• United Kingdom: London is set to launch several projects in 2026, including initiatives led by Waymo and British company Wayve in collaboration with Uber.
• Switzerland: The "iamo" pilot project is already being tested in the Furttal valley, designed to supplement public transport in rural areas.

These initiatives stand in sharp contrast to the commercial scale achieved in China and the US, where robotaxi services are already operating at significant volume.

What Regulatory Barriers Are Slowing Europe's Progress?

The research identifies a critical gap: Europe lacks a unified legal framework for autonomous vehicle deployment. Because regulation occurs at the national level rather than across the continent, each country operates under different rules, creating fragmentation that slows progress.

Beyond regulatory inconsistency, European governments have largely limited their role to promoting research and innovation projects, with declarations of intent but limited concrete action. This contrasts sharply with China's government, which is already prioritizing mass production of autonomous vehicles, and the US, which is working to harmonize safety standards across states.

How to Accelerate Europe's Autonomous Driving Adoption

The research team developed specific recommendations for European stakeholders to enable rapid, widespread, and sustainable robotaxi implementation:

• Establish Unified Legal Frameworks: Create harmonized regulations across European countries to eliminate the current patchwork of national rules that slow deployment and increase compliance costs for operators.
• Invest in Infrastructure Readiness: Ensure road and transport infrastructure is interpretable by autonomous vehicles, with robust digital connectivity and sufficient density of operational, charging, and service facilities to support scaled deployment.
• Shift Government Policy from Research to Deployment: Move beyond declarations of intent and pilot projects toward active government support for mass production and commercial rollout, similar to China's approach.

Prof. Dr Andreas Herrmann, director of the Institute for Mobility at the University of St.Gallen and a co-author of the study, emphasized the stakes of this divergence. "The European approach is shared mobility," he noted, contrasting it with how autonomous vehicles tend to replace traditional taxis in China and the US.

What Does This Mean for Europe's Competitiveness?

The research underscores a critical tension: Europe's vision for autonomous vehicles is arguably more sustainable and equitable than the taxi-replacement model pursued elsewhere, yet the region risks falling further behind in global competition if regulatory and policy barriers persist. The study, conducted in collaboration with Mobileye, a leading autonomous driving technology company, suggests that Europe's window to catch up with global competitors depends on swift action to harmonize regulations, invest in infrastructure, and shift government policy from supporting research to enabling commercial deployment.

The potential benefits are substantial. Robotaxis could improve road safety, make transport more efficient and sustainable, and bridge mobility gaps in rural areas where traditional public transit is economically unviable. But realizing these opportunities requires Europe to move beyond pilots and declarations toward concrete policy and infrastructure investments that match the ambition of competitors in China and the United States.