The Xiaomi SU7 Ultra Has a Triple-Motor Powertrain
Michael Hemsworth — July 26, 2024 — Autos
References: mi & yankodesign
The Xiaomi SU7 Ultra has been unveiled by the consumer tech brand as a hyper-fast race car that's engineered to easily take on even the stiffest competition on the racetrack. The vehicle is equipped with a triple-motor powertrain that's rated to pump out a staggering 1,527-horsepower to accelerate from zero to 62mph in 1.97-seconds. The vehicle boasts a 217mph top speed and is equipped with carbon fiber body accents to keep the weight down to 4,400-pounds, and is expected to have a 130kWh or 150kWh capacity battery.
The Xiaomi SU7 Ultra is currently under development and is expected to set its official lap time in October at the Nürburgring racetrack. The vehicle is observed in a sporty yellow and black finish in the rendered images to prioritize its speed-focused profile.
The Xiaomi SU7 Ultra is currently under development and is expected to set its official lap time in October at the Nürburgring racetrack. The vehicle is observed in a sporty yellow and black finish in the rendered images to prioritize its speed-focused profile.
Trend Themes
1. Triple-motor Powertrains - The integration of triple-motor powertrains can drastically redefine performance benchmarks in electric vehicles.
2. Hyper-fast Acceleration - Achieving 0 to 62mph in under two seconds showcases groundbreaking advancements in vehicle torque and traction technology.
3. Lightweight Carbon Fiber Components - The use of carbon fiber in vehicle construction is pivotal for enhancing speed and fuel efficiency due to reduced weight.
Industry Implications
1. Electric Vehicle Manufacturing - Manufacturers are pushing the envelope with high-horsepower electric cars that challenge traditional notions of performance.
2. Motorsports - Hyper-fast electric cars are charting a new course in motorsports, offering a sustainable yet competitive alternative to traditional race cars.
3. Battery Technology - Advances in battery capacity are critical to supporting the extreme power requirements of next-generation electric race cars.
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