The Xiaomi SU7 Ultra is now the fastest electric production car to lap Germany’s Nürburgring, setting a new benchmark for high-performance EVs. Completing the legendary circuit in 7 minutes and 4.95 seconds, it has overtaken the previous record holder, the Rimac Nevera, and edged out the Porsche Taycan Turbo GT by a significant margin.
This impressive lap time is just three tenths quicker than the Nevera but still a notable achievement considering the competition. Xiaomi had hinted at its track potential last year by testing a prototype version of the SU7 Ultra on the same track. That test car, although stripped of production equipment, posted a blistering lap of 6 minutes and 46.87 seconds—faster than even a Porsche 911 GT3 RS.
The production-spec SU7 Ultra remains seriously powerful. It uses a three-motor electric powertrain that delivers 1,527 horsepower and extreme levels of torque. Acceleration is brutal, reaching 62 miles per hour in just 1.97 seconds, with a top speed of 217 miles per hour. These stats put it in hypercar territory despite being shaped like a luxury performance sedan.
To enhance handling and control, Xiaomi fitted the SU7 Ultra with Pirelli P Zero tires and braking components from AP Racing. The vehicle is also lighter than the standard SU7, thanks to a 500-kilogram weight reduction achieved through extensive use of carbon fiber components. An upgraded aerodynamic kit adds over 2.1 tonnes of downforce at high speeds, making the car both fast and stable in corners.
Xiaomi confirmed that the record-setting lap was completed on the car’s very first timed attempt. This showcases the readiness of the SU7 Ultra straight from the factory, needing no extra laps to warm up or dial in performance. It is a bold move from a brand traditionally known for electronics, but it proves Xiaomi is serious about making an impact in the electric car market.
This achievement gives the Xiaomi SU7 Ultra a strong foothold among elite electric performance vehicles. With this record in hand, the brand is showing that innovation and speed can come from unexpected places.
