Hong Kong to Launch World's First Ground-Up Right-Hand-Drive Robotaxi

HONG KONG – June 22, 2026 – A landmark alliance announced today is set to steer the autonomous vehicle industry into a significant, untapped global market. At the 2026 International Automotive & Supply Chain Expo, Chinese automotive powerhouse Geely Farizon, autonomous driving leader WeRide, and Hong Kong’s public transport stalwart Kwoon Chung Bus Holdings unveiled a strategic partnership to develop and deploy the world’s first mass-produced robotaxi engineered from the ground up for right-hand-drive (RHD) nations.

Hong Kong, with its complex urban environment and progressive regulatory stance, will serve as the initial launchpad for this ambitious venture. The collaboration aims to create a scalable model for introducing autonomous mobility to key RHD markets globally, including Singapore, the United Kingdom, Japan, and Australia, potentially transforming the daily commute for a third of the world's drivers.

A Strategic Alliance to Conquer an Untapped Market

The partnership leverages the distinct strengths of its three members to create a vertically integrated solution. Geely Farizon New Energy Commercial Vehicle Group, China’s top new energy commercial vehicle brand, brings its formidable manufacturing prowess and its proven GXR vehicle platform. WeRide, a global frontrunner in autonomous driving, contributes its sophisticated software and operational systems. Rounding out the trio is Kwoon Chung, whose deep-rooted experience in Hong Kong's public transport system provides invaluable local operational intelligence.

This concerted effort targets what the partners describe as an “underserved segment of the global autonomous vehicle market.” While AV development has been heavily concentrated in left-hand-drive (LHD) regions like North America and mainland China, countries where traffic flows on the left have been largely bypassed. This initiative represents a calculated pivot to capture this vast market, signaling a new phase of global adaptability for the robotaxi industry.

The strategic importance of this move cannot be overstated. By being the first to mass-produce a dedicated RHD robotaxi, the consortium aims to establish a dominant foothold and set the technical and operational standards for these regions.

Beyond Adaptation: The Engineering of a True RHD Robotaxi

Central to the announcement is the claim that this will be the industry's “first ground-up design dedicated to right-hand-drive operating standards.” This is a critical distinction. Unlike a simple LHD-to-RHD conversion, which involves moving the steering column, this project entails a complete re-engineering of the vehicle. According to the companies, the development involves a “full original development spanning vehicle layout, autonomous driving software and HMI design, fully adapted to regional traffic rules, road conditions and operational requirements for right-hand-drive territories.”

This meticulous approach is designed to enhance core performance in perception, judgment, and chassis control, ensuring a ride that feels safe and instinctive to local passengers. It addresses the nuanced differences in traffic flow, road signage, intersection behavior, and pedestrian interactions unique to RHD environments.

An analysis of the competitive landscape validates the partnership's “industry first” claim. While major players are making inroads into RHD territories, their strategies differ. Waymo is actively mapping and testing in London and Tokyo, but its approach appears to be an adaptation of its existing Waymo Driver technology. Similarly, Baidu’s Apollo Go recently secured testing permits in Hong Kong, demonstrating its system's flexibility, but has not announced a ground-up RHD vehicle. Tesla’s Full Self-Driving (FSD) Supervised system is active in Australia, but it remains a Level 2/3 driver-assist technology requiring constant human oversight, not a fully autonomous Level 4 robotaxi. Meanwhile, former competitor Cruise has pivoted away from robotaxi development after its funding from General Motors was cut in late 2024, underscoring the immense financial and technical challenges in the sector.

From Beijing to the World: A Proven Blueprint for Expansion

This ambitious RHD project is not being built from a standing start. It rests on a solid foundation of successful collaboration between Geely Farizon and WeRide in China’s LHD market. In October 2024, the pair launched the Robotaxi GXR, which entered fully driverless commercial operations in Beijing just four months later. This rapid deployment was followed by a successful launch in Guangzhou in August 2025.

This track record demonstrates a proven capability to move from vehicle production to commercial service at an impressive pace. Further evidence of their momentum came in March of this year, when the partners unveiled an upgraded, mass-produced, pre-installed version of the Robotaxi GXR, indicating a commitment to continuous iteration and integrating autonomous systems directly on the factory line for greater reliability and scale.

WeRide, the first publicly traded robotaxi company, already operates in over 40 cities across 12 countries and has aggressive expansion plans, aiming for a fleet of 2,600 vehicles by the end of 2026 and tens of thousands by 2030. This existing operational blueprint provides a clear path for scaling the new RHD model once it is validated in Hong Kong.

Hong Kong: The Ideal Regulatory and Operational Proving Ground

The choice of Hong Kong as the initial market is a strategic masterstroke. The city’s dense urban landscape, diverse traffic scenarios, and robust regulatory framework provide the perfect high-stakes environment to validate the technology. Furthermore, the local partner, Kwoon Chung, brings critical on-the-ground experience to the table. Its subsidiary, Kwoon Chung Smart Mobility, has already been conducting on-road trials with LHD Robotaxi GXR units across the city under a pilot autonomous driving license.

This prior experience has provided the alliance with a wealth of data on local road conditions and regulatory protocols, significantly de-risking the commercial launch. The regulatory environments in other target markets like Singapore and the UK are also showing signs of readiness. Singapore has long been a testbed for AVs, and London is expected to see its first autonomous ride-hail services as early as September 2026. This progressive regulatory trend in key RHD nations provides a tailwind for the consortium's global ambitions.

By combining Geely's manufacturing scale, WeRide's advanced autonomous technology, and Kwoon Chung's operational expertise, this tripartite alliance is not just launching a new vehicle; it is creating a comprehensive ecosystem for autonomous mobility. The successful deployment in Hong Kong is intended to become a replicable model that can be rolled out across the globe, accelerating the arrival of a driverless future for millions.