: Up to 8.75G in corners, which is near the limit of what a human body can survive without specialized G-suits.
: It is powered by a 1,483 hp twin-turbo V6 engine. Combined with a carbon-fiber chassis, it achieves a power-to-weight ratio that makes standard supercars look stationary. Theoretical Performance Stats RedBull X2010
: The body features low-drag glass canopies and full wheel cowlings to minimize turbulence, allowing it to cut through the air far more efficiently than an open-wheel racer. : Up to 8
: In simulations, it is roughly 20 seconds faster per lap than a contemporary Formula 1 car at circuits like Suzuka. Legacy in Gaming Theoretical Performance Stats : The body features low-drag
While traditional Formula 1 cars are constrained by rules on aerodynamics and engine size, the X2010 is "unfiltered" performance. Its design focuses on three core pillars:
The (originally the X1) is a fictional prototype race car designed to answer a single, extreme question: "What would the fastest racing car on Earth look like if it were built without any technical regulations?". Born from a collaboration between Polyphony Digital and Red Bull Racing's legendary designer Adrian Newey , the X2010 was created specifically for the Gran Turismo video game series. Engineering Beyond the Limit
