A Chinese electric supercar has etched its name into the record books after achieving the fastest drift ever recorded by an electric vehicle. The remarkable feat was accomplished by the GAC built Hyptec SSR, which reached a breathtaking 213 kmph while maintaining a controlled sideways slide. The record has now been officially recognized by Guinness World Records, marking a major milestone for high performance electric mobility.
Behind the wheel was professional drifter Jason Ye, who demonstrated exceptional control and precision as he guided the powerful electric machine through the high speed maneuver. Drifting at such velocity requires not only immense power but also extraordinary stability, steering response and driver confidence. Maintaining a sustained drift angle at over 200 kmph pushes both engineering and human skill to their absolute limits.
The Hyptec SSR is no ordinary electric vehicle. It features a tri motor all wheel drive setup producing over 900 kW of power, which translates to more than 1200 horsepower. This enables explosive acceleration from zero to 100 kmph in under two seconds, placing it firmly among the quickest production cars in the world. While straight line speed often grabs headlines, this record highlights how electric vehicles are now mastering dynamic performance disciplines once dominated by traditional combustion powered sports cars.
The previous electric vehicle drift record stood at just under 208 kmph, meaning this new benchmark represents a significant leap forward. Beyond the numbers, the achievement signals the rapid evolution of Chinese electric vehicle technology. Brands from China are no longer just competing on affordability and range but are now challenging established global performance marques on innovation and engineering excellence.
This record setting drift also reflects the broader transformation happening in the automotive industry. Electric vehicles are proving that sustainability and extreme performance are not mutually exclusive. As battery technology improves and electric powertrains become more advanced, the boundaries of what EVs can accomplish continue to expand at an astonishing pace.
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