Porsche Sets New Record for Fastest Electric Vehicle at Nürburgring

Porsche Reclaims Nürburgring Record for Electric Vehicles

Porsche has reclaimed the record for the fastest lap time by a production electric vehicle at the Nürburgring Nordschleife. Equipped with the new Manthey Kit, the Taycan Turbo GT clocked an impressive time of 6 minutes 55.553 seconds, surpassing Xiaomi’s record. This time significantly outperformed the BYD Yangwang U9 Xtreme’s 6:59.157 and the production model of the Xiaomi SU7 Ultra’s 7:04.957.

Porsche announced this achievement on social media, stating, “Trends don’t matter on the circuit; the Nürburgring is where it counts,” and “Being fast isn’t news—being consistently fast is what makes the news.” In response, Hu Zhengnan, Xiaomi Group Vice President and Xiaomi Auto CTO, congratulated Porsche on Weibo, demonstrating a spirit of sportsmanship and respect for the competition.

Performance Boost with the Manthey Kit

The dramatic improvement in lap time was largely attributed to the Manthey Kit, developed jointly by Porsche and Manthey engineers. This upgrade package includes a redesigned aerodynamic kit, enhanced powertrain, lightweight wheels, circuit-specific tires, and recalibrated suspension.

Specifically, the front of the vehicle features adjustable spoilers and air deflectors, while ventilated slots have been added to the fenders. At the rear, a sharp diffuser and a large manually adjustable rear spoiler have been installed, significantly increasing downforce. The car generates 310 kg of downforce at 200 km/h and up to 740 kg at its top speed of 309 km/h—more than three times that of the standard model.

In terms of powertrain, the car produces a combined output of 804 horsepower in standard mode, which increases to 993 horsepower in attack mode. When using launch control, the car maintains 1,019 horsepower. Although this output falls short of the Xiaomi SU7 Ultra’s 1,526 horsepower, the recalibrated active suspension management system, four-wheel steering, full-time all-wheel drive system, and upgraded brake rotors collectively enhance the vehicle’s overall dynamics.

Driver Lars Kern described the new kit as creating “the ultimate circuit machine,” highlighting that the car could take the Nürburgring’s “Lauda Left Corner” at a speed 14 km/h faster than before.

Competition Heats Up Between EVs and Traditional Cars at Nürburgring

The Nürburgring has recently seen a surge in record-breaking activity. Before Porsche’s latest achievement, the Ford GT Mk IV set a time of 6:15.977, surpassing the Xiaomi SU7 Ultra prototype. Meanwhile, Chevrolet Corvette recorded impressive times of 6:50.763 with the ZR1 and 6:49.275 with the ZR1X, showcasing the enduring prowess of traditional sports cars.

This ongoing competition underscores the differing approaches between legacy sports car brands and the newcomers of the electric era. Established automakers like Porsche and Corvette focus on traditional principles such as weight reduction, low centers of gravity, and optimized aerodynamics and mechanical grip.

On the other hand, electric vehicles like the Xiaomi SU7 Ultra and BYD Yangwang U9 Xtreme leverage high-output motors, sophisticated electronic algorithms, and software controls to tackle challenges posed by the racetrack. Innovations like four-motor independent drive systems, precise torque distribution, and advanced beta controls offer capabilities that are difficult to replicate with internal combustion engines.

A Paradigm Shift in High-Performance Car Development

Electrification has fundamentally changed the cost structure of high-performance vehicle development. While designing high-output internal combustion engines once required substantial engineering resources and time, achieving 1,000 horsepower with electric vehicles has become relatively straightforward from a hardware perspective. The real challenge now lies in how to manage this power effectively through chassis and control systems.

Additionally, global talent mobility and the open sharing of test data have allowed emerging companies to systematically learn from the techniques of traditional automakers. While legacy brands like Porsche and Ferrari maintain a competitive edge through decades of racing expertise and refined methodologies, new players, particularly Chinese brands, are rapidly closing the gap by leveraging advanced electrification technologies and supply chain advantages.

For auto enthusiasts, this marks an extraordinary era where tradition meets innovation. The intensifying competition will undoubtedly accelerate technological advancements further.