Xiaomi launches a new offensive against Tesla with its impressive electric car SU7 Ultra

With the recent launch of the Xiaomi SU7 Ultra, the Chinese company illuminates the automotive landscape by presenting an electric car that promises to revolutionize the sector and challenge giants like Tesla. This new model, which merges futuristic design with advanced technology, underscores Xiaomi’s commitment to carve out a significant space in the high-end electric vehicle market, standing out for its ultra-powerful performance and innovative features.

Xiaomi has unleashed a new offensive in the electric car market with the launch of the SU7 Ultra. With a set of advanced technological features and impressive performance, this vehicle challenges the offerings of iconic brands like Tesla and Porsche. Below, we explore what makes this car stand out, from its powertrain to its design, providing a comprehensive view of how this innovation seeks to redefine the luxury segment in electric cars.

Power and Performance of the SU7 Ultra

At the heart of the Xiaomi SU7 Ultra is a 93.7 kWh battery manufactured by CATL, ensuring impressive energy capacity. Undoubtedly, this represents a revolution in charging efficiency, allowing it to charge from 10% to 80% in just 11 minutes thanks to its 5.2C DC fast charging capability.

The propulsion system combines three electric motors of V8 and V6 type, providing a total of 1,526 horsepower and reaching a maximum torque of 1,770 Nm. This impressive configuration allows it to reach a speed of 200 km/h in just 5.86 seconds. Additionally, its Asil-D torque vectoring system optimizes power delivery to ensure stability and maneuverability in demanding situations.

Braking System of the SU7 Ultra

Along with this car, Xiaomi has introduced a high-capacity braking system, highlighted by its carbon ceramic brake discs, the largest to date for a production vehicle. These front discs measure 430 x 40 mm, withstanding extreme temperatures of up to 1,300 °C. The design includes Akebono six-piston calipers at the front and four at the rear, allowing it to come to a stop from 100 km/h to 0 in just 30.8 meters.

Superior Design and Aerodynamics

Based on the sleek design of its smaller brother, the standard SU7, the Xiaomi SU7 Ultra has been refined to offer superlative aerodynamics, with sporty bumpers and an imposing rear wing measuring 1.56 meters. These enhancements ensure that the vehicle maintains stability at high speeds, achieving a lift force of 265 kilograms.

The interior of the model does not disappoint, incorporating high-quality materials like Alcantara leather and carbon fiber, elevating the driver’s experience to that of a premium vehicle. The 21-inch wheels with Pirelli P Zero 5 tires complete the package, guaranteeing optimal grip and control.

Price and Availability

The Xiaomi SU7 Ultra is available at a launch price of 814,900 yuan (approximately 105,683 euros) in the Chinese market. Reservations are open, and although mass production will begin in March 2025, interest has been overwhelming: within ten minutes of the announcement, more than 3,500 reservations had already been registered.

Xiaomi’s CEO, Lei Jun, has positioned this vehicle as an attractive and competitive option against high-performance models like the Porsche Taycan Turbo GT. With superior power and a lower price, sales expectations are high, with estimates of 4,000 units for 2025.

Xiaomi vs Tesla and Porsche

With the launch of the SU7 Ultra, Xiaomi aims not only to compete with Tesla but also to challenge brands like Porsche in the premium electric vehicle segment, marking a milestone in its expansion strategy. Xiaomi’s proposal could alter the market landscape, offering consumers an innovative and more accessible option than traditional high-performance brands.

Meanwhile, other key elements of the future of electric vehicles, such as the innovative engine that promises unparalleled efficiencies, remain on the horizon of electric mobility advancement, as discussed in specialized sites like this publication. Consumers expect improvements in motor and battery technology to continue driving this automotive revolution in the coming years.

Also check related information about other electric models on the website Automotores Rev and stay updated on the latest releases through news from the electric sector.

Impact of the Xiaomi SU7 Ultra on the Automotive Market

The launch of the Xiaomi SU7 Ultra represents a strong statement of intent from the Chinese company against industry giants like Tesla and Porsche. By entering the high-end market with a model that combines cutting-edge technology, aerodynamic design, and unmatched performance, Xiaomi seeks to position itself as a serious competitor in the electric car market.

With its 93.7 kWh battery that allows for ultra-fast charging, and its impressive powertrain that can achieve acceleration from 0 to 100 km/h in less than two seconds, the SU7 Ultra is the embodiment of innovation. Additionally, the use of premium materials such as carbon fiber and Alcantara leather in the interior reinforces Xiaomi’s commitment to delivering a high-quality and refined design product.

However, beyond its technical and aesthetic features, the real impact of the SU7 Ultra lies in how it can redefine consumer expectations of what a luxury electric car should offer. With a significantly lower price than its traditional rivals, Xiaomi opens up new possibilities for an audience seeking power and distinction at an affordable cost, positioning itself as a tempting alternative.

The impressive reservation data in China, reaching over 3,500 in a matter of minutes, evidences a latent demand from those who value both performance and affordability. If sales projections and consumer interest continue along this line, Xiaomi would be paving the way for a revolution in the electric car sector, questioning established hegemonies and forcing renowned brands to rethink their strategies.

With the SU7 Ultra, Xiaomi is not only expanding its footprint in an emerging industry but is also showing the world that technological disruptions are not limited to mobile devices but can transform entire sectors such as automotive.