Revolutionary Robotic Taxi Launch at the 2026 Hong Kong Auto Show

Groundbreaking Collaboration at the 2026 Hong Kong Auto Show

At the 2026 International Auto and Supply Chain Exhibition held in Hong Kong, Geely Farizon, WeRide, and Kwoon Chung unveiled a revolutionary robotic taxi designed specifically for right-hand driving markets. This partnership represents a significant advancement in the autonomous vehicle industry, merging innovative technologies and transportation solutions tailored to diverse global requirements.

Agreement Overview

The strategic alliance was signed in the presence of top executives from all three companies: Song Zhaohuan (Vice President of Geely Farizon), Li Yifan (Vice President of WeRide), and Timothy Wong (Executive Director of Kwoon Chung), along with their respective CEOs. The objective of this collaboration is to jointly develop a mass-production robotic taxi based on Geely Farizon’s GXR platform, utilized specifically for markets where vehicles are driven on the left side of the road.

This innovative project aims to reposition Hong Kong as the first city to deploy right-hand driving robotic taxis commercially, thus propelling the autonomous mobility sector into new territories of adaptability. The collaboration harnesses each company's strengths in vehicle manufacturing, autonomous technology, and public transport expertise, paving the way for transformative solutions in the domain of autonomous mobility.

Previous Developments

Kwoon Chung Smart Mobility, a subsidiary of Kwoon Chung Bus Holdings, previously introduced left-hand drive GXR robotic taxis in Hong Kong, securing licenses for the pilot operation of autonomous vehicles. Extensive road tests across the city have established a foundation for the three-party alliance to further advance product development and operational testing suitable for right-hand drive vehicles.

Given that no right-hand robotic taxis are currently available on the market, this model represents a pioneering effort—moving beyond mere adaptations of existing technologies to create entirely new designs tailored specifically for right-hand driving operational standards.

Innovative Features and Future Plans

The new robotic taxi will leverage the proven capabilities of the GXR model, enabling a comprehensive original development encompassing vehicle layout, autonomous driving software, and an interface designed to meet regional traffic regulations and road conditions. Enhanced core performance in sensing, decision-making, and chassis control ensures passengers experience safe and intuitive autonomous mobility.

Hong Kong's highly international traffic environment, coupled with a solid regulatory framework, positions it as an ideal pilot city for the deployment of this new right-hand taxi model. The three companies aim to accelerate product validation, testing, and the initiation of commercial operations, ultimately crafting a scalable and replicable model adaptable to additional key right-hand driving markets worldwide, including Singapore, the United Kingdom, Japan, and Australia.

The partnership builds on the already established cooperation between Geely Farizon and WeRide in developing and commercializing automated taxis. In October 2024, both companies launched the GXR taxi based on Geely Farizon's software-defined vehicle platform, achieving fully driverless commercial operation in Beijing within four months and subsequently expanding to Guangzhou in August 2025. Just this March, an extensive cooperation agreement was signed for an upgraded mass-production version of the GXR taxi with pre-installed software.

Conclusion

The collaboration between Geely Farizon, WeRide, and Kwoon Chung epitomizes a remarkable step forward in the evolution of autonomous transportation solutions. The introduction of a dedicated robotic taxi for right-hand driving markets signifies a transformative shift that not only enhances local transportation frameworks but sets a precedent for future innovation in the global robotaxi landscape. As the world moves toward smarter mobility solutions, this initiative will likely serve as a blueprint for future expansions and advancements in autonomous vehicle development across various markets.