Pony.ai has completed mass production of its first-generation autonomous light-duty truck and begun intensive road testing within logistics partners' operational scenarios, opening a second commercialization path for the company's urban autonomous driving technology1.
The truck is built on a new-energy, battery-electric platform and designed for urban distribution, offering approximately 18 cubic meters of cargo volume. It is equipped with a standard 100 kWh battery pack, delivering a range of about 300 kilometers that is expandable up to 450 kilometers. Maximum speed is 70 km/h on urban roads and 100 km/h on certain elevated expressways.
Pony.ai says the hardware and urban Operational Design Domain overlap between its light-duty trucks and its robotaxis exceeds 95%, with overall synergy between the two platforms exceeding 90%. The company says the cost of its Autonomous Driving Kit has decreased by 60% to 70% over the past two years. Pony.ai estimates per-kilometer freight costs could decrease by 40% to 50% once the vehicles enter driverless commercial operations.
Xiao Ping, head of product for Pony.ai's trucking division, is associated with the effort. Pony.ai may prioritize deployment of its light-duty trucks in Chinese cities that have already opened commercial operations for intelligent connected vehicles, particularly cities where its robotaxis are already operational.
The move comes amid a wave of autonomous trucking companies entering capital markets. UISEE and EACON have listed on the Hong Kong Stock Exchange since the beginning of this year, while Shenxiang Technology and Trunk Tech have submitted initial public offering applications. Industry attention has shifted toward whether autonomous vehicles can be deployed at scale and whether autonomous driving can deliver genuine cost reductions for customers.
Pony.ai, which trades in Hong Kong, saw its shares rise 2.17% on the day the report was published.
The autonomous light-truck initiative follows Pony.ai's recent partnership with JD Auto Service, announced on July 21, 2026, to build a standardized maintenance and spare-parts network for its robotaxi fleet in China ctx. ANALYSIS The logistics truck program extends the commercial surface area of Pony.ai's core autonomous driving stack beyond passenger transport, and the company's cited 95% hardware and ODD overlap with its robotaxi platform suggests a strategy of amortizing a single technology investment across multiple vehicle form factors. The reported 60%–70% reduction in Autonomous Driving Kit costs over two years, combined with projected 40%–50% per-kilometer freight savings, frames the unit economics case Pony.ai will need to demonstrate as it competes with pure-play trucking autonomy firms now entering public markets.