Driverless Taxi (Robotaxi)

Driverless taxi (English: Robotaxi) refers to a taxi controlled by an autonomous driving system (Level 4 and above) that delivers passenger transport services without any human driver intervention. As a pivotal application of autonomous vehicle technology in the mobility services sector, it is regarded as a key pillar in the transformation of future urban transportation. The commercialisation of robotaxis is currently at a critical turning point, transitioning from technical validation to large-scale fleet operations.

Main Development Models

The large-scale roll-out of robotaxis is giving rise to diverse operating models. In China, a joint consortium model of "technology developer + operating platform" is fast becoming mainstream. Under this setup, autonomous driving tech firms equipped with Level 4 capabilities (such as Pony.ai and Baidu) supply the software stacks, whilst established fleet operators with taxi operating licences (such as Jin Jiang and Dazhong) manage ground operations like fleet dispatching, vehicle servicing, and maintenance, achieving strong operational synergies. This approach helps accelerate commercialisation within a strictly regulated framework.

Commercialisation Progress

Globally, the commercial rollout of robotaxis is picking up pace. In China, several major cities have already taken decisive steps forward.

• Shanghai leads tier-one cities: In July 2025, Shanghai officially granted its first batch of intelligent connected vehicle demonstration commercial licences at the World Artificial Intelligence Conference, paving the way for robotaxi services to commence fare-charging operations. The pioneering recipients included Pony.ai, Baidu, and SAIC Mobility. The service radius has expanded across key districts in the Pudong New Area, including Jinqiao, Huamu, Zhangjiang, and Expo, with Shanghai targeting over 6 million passenger trips on Level 4 autonomous transport by 2027.

• "National Team" framework and local rollout: The "Autonomous Vehicle Transportation Safety Service Guidelines (Trial)" released by the Ministry of Transport established clear national benchmarks for robotaxi operational safety, onboard staffing (such as a safety driver-to-vehicle ratio of at least 1:3), and emergency response protocols. Concurrently, regional hubs like Wuhan and Beijing have proactively enacted local legislation to clear regulatory hurdles for road testing and commercial deployment.

Key Challenges: Scaling-up Hurdles

Despite promising prospects, robotaxis still face several formidable hurdles before achieving genuine profitability and widespread deployment.

1. High operating costs and the break-even threshold: Currently, the total annual operating expenditure per robotaxi unit (encompassing hardware, servicing, and day-to-day fleet management) remains steep, whilst per-vehicle revenue yield is limited, making it difficult to close the business loop. Industry analysts point out that in tier-one cities, a fleet must scale past 1,000 units to hit the operational break-even point.

2. Interlinked constraints of "tech, regulation, cost, and operations": At present, the sector's expansion remains bottlenecked by the intricate interplay of technology, regulatory policies, cost overheads, and fleet operations. For instance, unresolved technical "corner cases" keep regulators cautious; this stringent oversight caps fleet size and vehicle utilisation, which in turn drives up unit costs and ultimately slows the pace of technology iteration.