Xiaomi’s Vision Gran Turismo Hypercar Boasts a Sleek Form That Is Carved by Wind
Created for immersive driving in the ‘Gran Turismo’ world.
Summary
- Xiaomi unveiled the Vision Gran Turismo Hypercar at MWC 2026, designed for the Gran Turismo virtual racing world
- The hypercar features a teardrop body, aerodynamic cutouts, canopy cockpit and enclosed wheels
- Inside, advanced digital interfaces enhance immersive driving
Unveiled at the 2026 Mobile World Congress (MWC) in Barcelona, the Xiaomi Vision Gran Turismo is a high-performance virtual hypercar designed specifically for the Gran Turismo racing simulation series. The vehicle marks a significant creative collaboration between Xiaomi’s design team and Polyphony Digital, pushing the boundaries of aerodynamic engineering and digital craftsmanship. While existing as a concept for the gaming world, the car serves as a bold statement of Xiaomi’s design DNA, translating the brand’s minimalist and technology-forward philosophy into a radical, track-focused silhouette.
The hypercar’s design is defined by its “wind-sculpted” teardrop body, a form optimized for extreme aerodynamic efficiency and high-speed stability. A striking feature of the exterior is the integration of massive air cutouts and deep channels that run through the chassis, allowing air to pass through the vehicle rather than just around it. This aggressive aero-package is complemented by an ultra-low profile and a wraparound glass canopy that provides the driver with an unobstructed, fighter-jet-like view of the track, further emphasizing the vehicle’s futuristic and lightweight construction.
Beneath its sleek skin, the Xiaomi Vision Gran Turismo is envisioned as a fully electric powerhouse, utilizing a multi-motor system to deliver instantaneous torque and precise all-wheel-drive handling. The digital interior is equally advanced, featuring a minimalist, driver-centric cockpit equipped with a holographic augmented reality (AR) interface that projects vital racing telemetry directly into the pilot’s field of vision.
















