The Yangwang U9 Track Edition has officially set a new world record for electric vehicle speed, reaching an astonishing 472.41 km/h. This landmark achievement took place on August 8, 2025, at the ATP Automotive Testing Papenburg track in Germany.
This groundbreaking speed demonstrates a significant advancement in electric supercar performance, driven by BYD's luxury marque, Yangwang. The U9 Track Edition is powered by a sophisticated quad-motor setup, delivering a combined output exceeding 2,200 kW (approximately 3,000 hp). Each motor is engineered to produce 555 kW and can reach rotational speeds of up to 30,000 rpm. This immense power is managed by BYD's e4 platform and the DiSus-X architecture, which includes the world's first mass-produced 1,200-volt ultra-high-voltage platform.
To ensure stability at such extreme velocities, the U9 Track Edition utilizes an independent torque-vectoring system that adjusts torque distribution to each wheel over 100 times per second. Complementing this is the DiSus-X intelligent body control system, which makes rapid, independent vertical adjustments to the suspension of each wheel. This system actively counteracts body roll and pitch, ensuring precise control and a stable ride even under intense acceleration and cornering.
Yangwang collaborated with Giti Tire to develop a specialized semi-slick circuit tire for this record attempt. This high-performance tire features optimized compounds, a unique tread design, and an innovative knurling treatment on the rim-tire contact area with high-viscosity lubricant. This combination is designed to minimize slippage during extreme acceleration and braking, thereby reducing torque loss and tire wear.
The record-breaking run was piloted by German professional driver Marc Basseng, who also held the previous world record for electric vehicle speed. Basseng commented, "Last year I thought I had reached my limit. I never expected to break my own record so soon, but here we are, on the same circuit, with new technologies that have made it possible." This achievement marks a significant moment in automotive engineering, highlighting the rapid evolution and transformative potential of electric vehicle technology.