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 Huracán Performante Coupe
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| Lamborghini Huracán Performante Coupe |
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Page 1 of 3 Next >>  Automobili Lamborghini unveils the Huracán Perfomante at the Geneva Motor Show, combining new lightweight technologies, active aerodynamics with aero vectoring and a new set-up of chassis, all-wheel-drive system and further improved powertrain. The Huracán Performante is the result of Lamborghini innovations, producing a super sports car balanced between achieving the best lap times on a circuit with the most engaging and dynamic road driving. On 5 October 2016, the Huracán Performante set a new production car lap record of 6:52.01 min on the Nürburgring Nordschleife in Germany."The Huracán Performante is the convergence of technological developments to produce a car delivering perfect performance," says Automobili Lamborghini Chairman and Chief Executive Officer Stefano Domenicali. "This new car represents the powerhouse of Lamborghini DNA and innovation, and a 360 degree approach to creating class-leading super sports cars. It illustrates the pinnacle of Lamborghini V10 production car performance to date, on both track and road, and is perfectly exemplified by its name: Lamborghini Huracán Performante." Based on a hybrid aluminum and carbon fiber frame, the Huracán Performante's body is produced from aluminum in conjunction with significant use throughout of Lamborghini's award-winning Forged Composite. Using chopped carbon fibers in a resin, Forged Composite allows the creation of lightweight, complex geometrical shapes beyond that possible with traditional carbon fiber composite materials, while maintaining optimum stiffness. The Performante features Forged Composite in structural components including front and rear spoiler, the engine bonnet, rear bumper and aerodynamic diffuser, contributing to the car's weight reduction of 40 kg. The Huracán Performante adopts Aerodinamica Lamborghini Attiva (ALA): ALA is also the Italian word for wing. This patented active aerodynamic system developed by Lamborghini for the Huracán Performante provides an active variation of aero load for high down force or low drag. The system is completely integrated into the vehicle in terms of design, weight and performance. The front spoiler integrates the electric motor of the front ALA system, built in a carbon forged frame with active flaps on the top exterior surface. The rear bonnet is designed around the air ducts to the rear wing as well as the wing pylons. Lamborghini's Piattaforma Inerziale (LPI) governs all the car's electronic systems in 'real time' and is perfectly integrated with the ALA system, activating the ALA system flaps in less than 500 milliseconds to ensure the best aerodynamic set-up of the car in every driving condition. When ALA is off, the active flaps inside the front spoiler are closed, generating the desired high downforce for high speed cornering and full brake conditions. When ALA switches to on the front flaps are opened by the front electric motor, reducing air pressure on the front spoiler and directing air flow via an inner channel and through the specially shaped underside of the car. This drastically reduces drag and optimizes conditions for maximum acceleration and top speed. In the rear of the Performante four ducts are installed below the rear bonnet. The two central ducts are always open to allow underhood ventilation and exhaust cooling, while the two external ducts are connected to the inner channels of the rear wing. The air flow through the rear wing channels is controlled by two electro-actuated flaps. The entire system is 80% lighter than a traditional hydraulic system. When ALA is off the rear flaps are closed, permitting the rear wing to act as a traditional fixed wing. Stability is enhanced in high speed cornering and full braking by creating maximum vertical downforce; 750% more than a Huracán coupé. The LPI turns on the ALA in high throttle conditions, opening the rear flaps to allow air through the rear wing's inner channels and directing air flow through ridges underneath the wing. This reduces drag and maximizes the car's acceleration and top speed capabilities. In addition, the rear wing's inner air channel is split right and left, allowing aero vectoring for high speed cornering. Depending on the direction of the turn, the LPI instructs ALA to be switched on in either the right or left side of the spoiler, increasing downforce and traction on the inner wheel, counteracting the load transfer in rolling conditions. This in turn optimizes the chassis' momentum, requiring a reduced steering angle and improving the car's overall dynamic stability. Page 1 of 3 Next >> |
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