The Nissan Concept 2020 Vision Gran Turismo began life as dream project for young Nissan designers who were given free rein to create the perfect supercar for their own Gran Turismo fantasy garage.
Borrowing design cues from current Nissan supercars and adding a dash of the futuristic, the design from a team at Nissan Design Europe in London, England were impressive enough to engage a Nissan engineering team in Japan to make the four-wheel drive chassis with active suspension.
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The 2+2 sport car uses a twin-turbo 3.0-liter V6 gas engine paired with an electric motor. A five-speed sequential transmission with a carbon clutch and pneumatic paddle shifters gets 1,240 horsepower to the ground.
The organic-looking front fenders and the geometric rear fenders both surround the tires to meet each other, and the air rushing forth from the front is cut apart and led into the body with its precision features. The air entering the front side inlet goes through the inner side of the wheels, and is drawn out in an accelerated manner due to the exhaust under the front fender outlet. This allows the body to cut through the wall of air at high speeds with minimal effort. Behind this point a flow is created in the rear fender allowing the air to escape behind, minimizing the turbulence behind the car.
The rear active wing is raised or lowered according to speed, and at 300 km/h (186 miles per hour) it pushes over 400 kg of downforce directly onto the differential block. At the under floor, the front upsweep which leads air from the under floor to the front fender outlet combined with the large rear diffuser creates a strong vacuum, producing downforce equivalent to that of racing cars. There are many ideas like this which utilize everything for a driving advantage, effectively applied along with its speed.
The powertrain utilizes a high performance hybrid FR-4WD system with a V6 twin turbo engine, combined with 3 motors. The high output motors in the front and rear produces instant and powerful acceleration under any condition with the push of the pedal, and the acceleration is maintained by the engine to your next corner. The torque vectoring of the individual front motors on the left and right, and the active suspension maximizing aerodynamic performance at all times results in smooth cornering performance even at extremely high speeds, perfecting a car that packs performance that can unleash the driver at any speed range.
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