Pony.ai CFO Leo Wang on Robotaxi Unit Economics, Europe and What Comes Next
Pony.ai has reached unit economics breakeven in Guangzhou and Shenzhen as its Robotaxi fleet nears 2,000 vehicles, CFO Leo Wang said, with a plan to put more than 2,000 Robotaxis on European roads with Uber.
- 691.2%
- nearly 2,000 vehicles
- nine
- more than 2,000
What Happened
Pony.ai co-founder and CFO Leo Wang joined host and Ride AI editor-in-chief Sophia Tung on the Ride AI podcast to explain what it takes to scale Robotaxi from technology into a sustainable transportation service. He said the company has reached unit economics breakeven in Guangzhou and Shenzhen, is continuing to expand its Gen-7 fleet, and is seeing strong growth in paid Robotaxi services. Wang also described how fleet scale, vehicle density, continued cost reduction and AI-driven development could support the next stage of growth, and shared his view on where the industry is heading over the next six to 12 months.
691.2% year over year
Second-quarter growth that Wang attributed to a bigger fleet and higher vehicle density.
- Gen-7 still in development; only a few hundred Gen-5 and Gen-6 vehicles providing public service
- Total Robotaxi fleet has grown to nearly 2,000 vehicles
- Supply chain: electric vehicles and sensors have become more mature and cost-efficient, and although Gen-7 uses nine LiDARs, LiDAR costs in China today are only a fraction of what they were several years ago.
- Scale: previous generations were produced in the hundreds, while Gen-7 volumes are being discussed with suppliers in the thousands, giving suppliers more confidence and Pony.ai more room to optimize costs.
- Rapid iteration: with more than 1,000 vehicles operating daily, Pony.ai has real-world data showing where hardware can be simplified while maintaining the same safety and reliability requirements.
Wang said safety becomes an even bigger challenge as a Robotaxi fleet scales, because deploying significantly more vehicles means safety performance has to keep improving even when incident probability is already very low. That means addressing the remaining corner cases, and deciding which ones to prioritize in a particular operating environment for the greatest safety gain. Traditionally that analysis could require many people reviewing data and identifying where engineering resources should go, but Pony.ai believes AI can increasingly identify weaknesses, prioritize the most relevant scenarios and guide further iteration. He said that is an important part of PonyWorld 2.0, which allows the company to improve the technology without scaling human QA resources at the same rate as the fleet.
“One important result is that it showed our AI driver can adapt quickly to a European driving environment.”
In overseas markets Wang said Pony.ai's role is clear: it provides the AI driver. A complete Robotaxi service needs autonomous driving technology, access to rider demand, and local fleet operations such as vehicle maintenance, cleaning and charging, and those roles can be handled by different partners in a two-party or three-party structure, with ride-hailing platforms supplying users and existing taxi or fleet operators bringing vehicles, depots and operational infrastructure. He said the fully driverless test rides with Verne in Zagreb showed the technology can operate in older European districts where roads are more congested, with more cyclists and a mix of old and new infrastructure. That experience and safety mileage, he said, laid the groundwork for larger opportunities including the plan with Uber to deploy more than 2,000 Robotaxis across Europe, and he expects the industry's scaling to accelerate over the next six to 12 months as riders move from trying a Robotaxi once or twice to using it as a regular service.
Previously from Pony.ai Inc.
Pony.ai and Verne began fully driverless Robotaxi test rides with passengers on public roads in Zagreb, a European first, along a 22-kilometer route to Franjo Tuđman Airport Zagreb. Earlier, in August 2026, Zagreb became the first European city where riders could book an autonomous ride through the Uber app, powered by Pony.ai and operated by Verne.
- Pony.ai and Verne Start Fully Driverless Robotaxi Test Rides in Zagreb
- Uber launches first autonomous rides in Europe via Pony.ai and Verne in Zagreb
Background drawn from MotorClaw's earlier coverage of Pony.ai Inc.'s official releases.
Why this matters
Robotaxi companies are judged on whether driverless rides can make money and not just whether the technology works, so breakeven in two Chinese cities is a milestone for the sector. Pony.ai's plan to deploy more than 2,000 Robotaxis across Europe with Uber also shows how autonomous-driving firms expand abroad by supplying the AI driver while local partners handle demand and fleet operations.
Terms in This Story
- unit economics
- The revenue and costs of a single unit of a business, such as one vehicle or one ride, used to judge whether a service can make money.
- Robotaxi
- A driverless vehicle that carries paying passengers like a taxi.
- LiDAR
- A sensor that measures distance by bouncing laser light off objects, helping an autonomous vehicle build a 3D view of its surroundings.
- BOM cost
- Bill-of-materials cost, the combined cost of the components needed to build a product.
Summarised from the linked release; details can be imperfect — always verify against the original source.