RECORD-BREAKING RUN: Full Onboard Footage Shows Yangwang U9 Xtreme Shattering Electric Car Speed Record
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BYD's Yangwang U9 Xtreme has reportedly set a new speed record for electric production cars after reaching an astonishing 503.17 kilometers per hour (312.04 mph) during a high-speed run in Abu Dhabi. Newly released onboard footage captures the entire challenge on the E11 road, showing the electric hypercar accelerating while telemetry overlays display real-time speed, throttle input, and other performance data. The record-setting run took place on November 1, 2026, with professional driver Marc Basseng behind the wheel. According to the accompanying Guinness World Records certificate, the achievement represents the highest speed recorded by an electric production car in a single-direction run, with the attempt independently verified by the FIA. The milestone places the Chinese-developed hypercar among the fastest production vehicles ever recorded and demonstrates the extraordinary performance capabilities of modern electric powertrains.
The achievement also highlights BYD's efforts to push the boundaries of electric vehicle engineering through its Yangwang performance division. The U9 Xtreme features a four-motor configuration delivering approximately 3,000 horsepower, allowing it to generate enormous acceleration and reach speeds traditionally associated with specialized combustion-engine hypercars. The full onboard recording provides viewers with a closer look at how the vehicle builds speed during the attempt, offering a perspective that external camera footage cannot fully capture. Reaching more than 500 kilometers per hour requires sophisticated engineering across several areas, including power delivery, aerodynamic stability, tire performance, and vehicle control. The reported record represents a significant milestone for electric automotive technology and raises further questions about how much faster production electric vehicles could become as manufacturers continue developing increasingly powerful platforms.