Xiaomi YU7 GT Debuts as High-Performance Premium Electric SUV With Nürburgring Record

Xiaomi has officially entered the premium electric vehicle segment with the launch of the YU7 GT, a high-performance electric sport utility vehicle designed to compete with established luxury EV brands. The new model starts at 389,900 yuan ($57,290), while a higher-spec version is priced at 429,900 yuan. The launch also included a new standard YU7 variant priced at 233,500 yuan, allowing the company to broaden its reach across multiple price segments in the growing EV market.

The Xiaomi YU7 GT carries significantly larger dimensions compared to the standard YU7. The vehicle measures 5,015 mm in length, 2,007 mm in width, and 1,597 mm in height, while maintaining a wheelbase of 3,000 mm. The expanded body dimensions are intended to enhance interior space, road presence, and aerodynamic stability at high speeds. Xiaomi positioned the YU7 GT as a premium electric SUV targeted toward performance-oriented consumers seeking both luxury and advanced electric mobility technologies.

Xiaomi YU7 GT Performance Specifications

The YU7 GT is powered by Xiaomi’s next-generation HyperEngine V8s EVO platform. The dual-motor configuration generates a combined maximum output of 738 kilowatts, equivalent to 990 horsepower or 1003 Ps. According to the company, the SUV can accelerate from 0 to 100 km/h in just 2.92 seconds while achieving a top speed of 300 km/h. The electric SUV also delivers a driving range of 705 kilometers, strengthening its positioning in the premium high-performance EV segment.

Lei Jun, founder, chairman, and chief executive officer of Xiaomi, stated that the YU7 GT was specifically developed for modern elite consumers looking for a combination of advanced technology, luxury, and extreme performance. The launch highlights Xiaomi’s strategy of leveraging its consumer electronics ecosystem and technological expertise to accelerate growth in the automotive sector.

YU7 GT Key Technical Specifications

Nürburgring Record Strengthens Xiaomi’s EV Ambitions

The YU7 GT established a new benchmark at the Nürburgring Nordschleife circuit in Germany, completing the track in 7 minutes and 22.755 seconds. Xiaomi confirmed that the result surpassed the previous time of 7 minutes and 34.931 seconds announced earlier, officially making the YU7 GT the fastest production SUV in Nürburgring history. The achievement marks a major milestone for Xiaomi as it seeks credibility within the global high-performance automotive industry.

The previous Nürburgring SUV record holders included the Audi RS Q8 Performance and the Porsche Cayenne Turbo GT. Xiaomi’s latest result positions the YU7 GT ahead of several established performance-focused luxury SUV models. The company is using the Nürburgring achievement to strengthen brand perception and demonstrate the engineering capabilities of its latest electric powertrain and chassis technologies.

Exterior Design and Chassis Technology

The YU7 GT adopts an aggressive exterior design language featuring a sporty front fascia and a large carbon fiber rear spoiler. Buyers can additionally choose a 24K gold carbon fiber badge for further customization. Xiaomi has focused heavily on aerodynamic efficiency and premium styling elements to differentiate the YU7 GT from conventional electric SUVs currently available in the market.

The SUV is equipped with the new Xiaomi Jiaolong Chassis Master Edition system. The setup includes dual-valve CDC shock absorbers and closed dual-chamber air springs designed to improve ride comfort, stability, and handling performance during high-speed driving conditions. These chassis enhancements are expected to support both daily usability and track-oriented performance capabilities.

Xiaomi Expands Competition in Premium EV Market

Alongside the YU7 GT, Xiaomi also introduced the standard YU7 model priced at 233,500 yuan. The entry-level variant is positioned to directly challenge the Tesla Model Y by offering a more accessible ownership option within the electric SUV segment. Xiaomi’s strategy combines premium performance products with competitively priced mainstream offerings to capture broader market demand.

The launch of the new YU7 lineup is expected to strengthen Xiaomi’s presence in the premium EV industry. The Beijing-based company delivered 36,702 vehicles in April, representing a year-on-year increase of 28.40% and a month-on-month rise of 71.18%. The latest vehicle launches indicate Xiaomi’s accelerating ambitions in electric mobility and its intent to become a major global automotive competitor.

Frequently Asked Questions

What is the starting price of the Xiaomi YU7 GT?
The Xiaomi YU7 GT starts at 389,900 yuan, equivalent to approximately $57,290, while a higher-spec version is priced at 429,900 yuan. The premium electric SUV is positioned above the standard YU7 model, which starts at 233,500 yuan. Xiaomi launched the YU7 GT to target buyers seeking high-performance electric mobility combined with luxury features, advanced chassis technologies, and competitive driving capabilities in the premium EV segment.

How powerful is the Xiaomi YU7 GT?
The Xiaomi YU7 GT uses a dual-motor setup powered by the HyperEngine V8s EVO platform, generating a maximum combined output of 738 kilowatts or 990 horsepower. The SUV accelerates from 0 to 100 km/h in 2.92 seconds and reaches a top speed of 300 km/h. Xiaomi also claims a driving range of 705 kilometers, making the YU7 GT one of the highest-performing production electric SUVs currently available globally.

Why is the Nürburgring record important for Xiaomi?
The Nürburgring Nordschleife circuit is considered one of the world’s most demanding automotive performance tracks, widely used to validate vehicle engineering and handling capabilities. Xiaomi’s YU7 GT completed the circuit in 7 minutes and 22.755 seconds, making it the fastest production SUV in Nürburgring history. The achievement helps Xiaomi strengthen its reputation in the high-performance automotive sector and demonstrates the competitive capabilities of its electric powertrain and chassis systems.