Chinese ADAS Provider Zhuoyu Tech Launches 'Panxing' for Commercial Vehicles, Covering Over 90% of Domestic Heavy Truck Market
Zhuoyu Tech has migrated its passenger car autonomous driving technology to commercial vehicles, partnering with six major truck manufacturers holding over 93% market share, and claims a 4.5%-7.5% fuel saving rate with a one-year payback period.
On October 29, Chinese intelligent driving solution provider Zhuoyu Technology officially launched the 'Panxing' advanced driver-assistance system (ADAS) for commercial vehicles, marking an expansion from passenger cars to heavy trucks, buses, and light trucks. The solution comes in two versions: PDS 4, which is already in mass production and supports highway Navigation on Autopilot (NOA) for long-haul logistics, and PDS 5, planned to support urban NOA for city-driving scenarios.
Zhuoyu CEO Shen Shaojie noted that the penetration rate of intelligent driving in China's commercial vehicle sector is currently less than 1%, significantly lower than the over 30% adoption of L2+ systems in passenger cars. He predicts a rapid growth phase for commercial vehicle ADAS in the next two to three years. For suppliers with existing passenger car data, migrating trained large models is more cost-effective than developing independent systems from scratch. Zhuoyu's passenger car ADAS has accumulated over 3 billion kilometers of data, supplemented by approximately 400 million frames of specific heavy-truck data for targeted training.
Technically, Liu Sikang, VP of Zhuoyu's commercial vehicle business, summarized the approach as 'unified foundation, scenario enhancement, and engineering adaptation.' To address challenges like long braking distances and large blind spots in heavy trucks, the new solution features the 'JiMu 2.0' perception system, placing LiDAR inside the cabin to mitigate weather interference and achieving a detection range of up to 500 meters on highways. The system also uses visual recognition to estimate trailer angles and adjusts steering and braking based on real-time load information.