WeRide, a leading autonomous driving technology company, and Geely, one of China’s largest automakers, have announced plans to deliver 2,000 GXR robotaxis by 2026. This marks a significant step toward scaling commercial self-driving services and accelerating the deployment of autonomous fleets globally. The vehicles will be based on Geely’s Farizon SV minivan and leverage WeRide’s Gen8 autonomous driving system.
The GXR Robotaxi: Key Specs and Capabilities
The Robotaxi GXR, launched in late 2024, is designed for efficient and cost-effective operation. It boasts dimensions of up to 5,018 mm in length, with wide sliding doors offering easy access. Inside, the vehicle prioritizes passenger comfort with spacious seating in both the second and third rows (over 0.5m and 0.4m of legroom, respectively).
The GXR’s autonomous driving system features a thousand-line LiDAR capable of detecting objects at up to 600 meters – a substantial improvement over industry standards. This increased range allows for 70% more reaction time for safer navigation, including the detection of smaller obstacles.
Streamlined Production and Cost Reduction
A key advantage of the GXR is its integration with Geely’s Farizon SV platform. The drive-by-wire chassis reduces vehicle assembly time to under 10 minutes, down from an hour, and is projected to lower overall vehicle costs by 15%. This efficiency is critical for large-scale deployment.
Expansion and Global Footprint
As of January 2026, WeRide already operates a fleet of over 1,023 robotaxis in 11 countries, including China, the UAE, Singapore, and the US. The company has secured driving permits in key markets and is actively expanding its commercial operations.
The 2,000-unit agreement with Geely is part of a broader strategy to scale to tens of thousands of vehicles by 2030. WeRide projects its global fleet will exceed 2,600 robotaxis this year.
Why This Matters
The collaboration between WeRide and Geely underscores a growing trend: the convergence of tech companies and established automakers in the race to commercialize autonomous driving. The mass production of robotaxis isn’t just about technological advancement; it’s about reshaping urban transportation, reducing costs, and improving accessibility. This partnership demonstrates the viability of large-scale autonomous fleets, setting the stage for wider adoption in the coming years.
The rapid development of robotaxi fleets signifies a pivotal shift in the automotive industry, transitioning from experimental trials to practical, scalable deployments.
