You can choose the size of the video you would like to embed below. Next, copy the embed code that is available in the box below. Paste this code on to your website to display the video.
If you experience problems embedding videos, please contact us.
December 23, 2013 AT 10:48 AM
Powered by a 558-horsepower naturally aspirated V-10 engine and based on a racecar-type chassis, the mid-engine Porsche® Carrera® GT is a prototype for a supercar that could possibly go into limited production by 2003. In both design and construction, the Carrera GT roadster is based on pure racing technology. The design draws on classic Porsche racecars for inspiration, especially the 718 RS® Spyder of the early 1960s. The all-new normally aspirated V-10 engine, six-speed manual transmission with racing-type clutch and the suspension and brakes owe little to current Porsche road cars. The body, made mainly from carbon fiber, ensures high rigidity, passenger safety and low weight. The V-10 engine displaces 5.5 liters and produces 558 horsepower (410 kW) and 442 lb.-ft. (600 Nm) of peak torque, sufficient to propel the 2,755-lb (1,250 kg) Carrera GT from 0-62 mph (0-100 km/h) in less than four seconds, 0-125 mph (0-200 km/h) in under 10 seconds and to a top track speed of over 205 mph (330 km/h). A dry-sump oil system ensures reliable and consistent oil supply and pressure at high engine speeds and during extreme cornering forces. The ground effect body design literally pulls the car to the road at high speeds for stability and safety, and the rear wing extends at speeds over 75 mph (120 km/h) to generate stabilizing rear downforce. Aluminum and leather dominate the interior, and the few concessions to “luxury” include air conditioning, a stereo system and power windows (which weigh no more than manual windows). The racing-type seats do without power adjusters to save weight. Unique adjustable knee and leg supports hold the driver and passenger firmly in position. The instrument panel uses a color TFT screen to display three levels of information, depending on the driver’s needs.