Supercharged Hispano Suiza V10

The "Hispano Suiza V10 Supercharged" is a super sports car based on the Audi R8 and presented at the Geneva Motor Show in 2010 by Spanish company SA 04.Unit Delmar V10 is equipped with two electric-powered superchargers, and produces 750 hp - a driving force of the Hispano Suiza standing stop to 100 km / h (62.14 mph) in 3.4 seconds.

With a height of 1250 millimeters of access (49 inches), Hispano Suiza drivers will enjoy the ease of entry and interior, leather furniture, aluminum and carbon.

In the next stage of development, Hispano Suiza will have a hybrid drive. In this version, the 150 HP electric motors for power wheels depan.Akibatnya, a total of 900 hp - in combination with a ten cylinder engine - will be available, or may operate their own electric motors to drive the Granturismo calmly and without emissions.

Choosing a hybrid drive concept for the Hispano Suiza not only appropriate but also very true to the original brand, because the predecessor of the new Hispano Suiza offered one of the first hybrid drives over 100 years ago.

Specifications

Engine: 5.2L FSI V10 with direct fuel injection, supercharged
Displacement: 5204 cc
Transmission: 6-speed manual gearbox, optional automatic 6-speed - gearbox with pedal shift
Drive: permanent all-wheel drive
Clutch: Double-plate clutch
Engine power(max.): 750 HP (551 kW) bei 8.200 rpm
Torque (max.): 700 Nm (516.29 lb-ft) at 6,650 rpm
Acceleration: 0-62 mph 3.4 seconds
Top speed: more than 330 km/h (205.05 mph)
Brake system: 380 x 38 carbon-ceramic, ventilated (front), 356 x 32 carbon-ceramic, ventilated (rear), with ABS/ESP
Wheels: 22 x 10 (front), 22 x 11 (rear) I+r 7-spoke forged wheel, Center-locking
Tires: Michelin Pilot Sport PS2 275/25 ZR 22 (front), PS2 295/25 ZR 22 (rear)
Curb weight: 1,590 kg (3,505.35 lbs)
Average fuel consumption: 13.5 L/100 km (17.42 mpg)
CO2 emissions: 348 g/km (560.05 g/mile)
Dimensions: (L x W x H) 4,940 mm (194.49 in) x 2,064 mm (81.26 in) x 1,250 mm (49.21 in)
Bodywork: Aluminum space frame with carbon body.