Mansory has tuned the Ferrari F12 Berlinetta for the 2013 Geneva Motor Show which starts on Tuesday. The highlight of this aftermarket program is the revised V12 6.2-liter engine which now delivers 775 HP (570 kW) compared to the stock 740 HP (544 kW).
This was possible by reconfiguring the ECU and installing a sports exhaust system. Torque figure is also up from the series 690 Nm (509 lb-ft) to 725 Nm (535 lb-ft).
The hood has been redesigned, while the updated front spoiler now has custom air intakes. Mansory installed new side skirts, a discreet rear wing and a built-in diffuser. The car now rides on 21-inch front and 22-inch rear wheels with 255/30 R21 and 355/25 R22 front/rear tires.
The cabin boasts leather upholstery, visible carbon fiber applications, illuminated door sill trim, aluminum pedals and a more ergonomic steering wheel. In the press release below you will find additional information about this tuning program.
The aftermarket specialist Mansory has tuned the Ferrari F12 Berlinetta ahead of its unveiling at this week’s 2013 Geneva Motor Show. The most significant revision is a substantial boost in power through an ECU reconfiguration and the addition of a sports exhaust system.
The upshot: the V12 6.2-liter engine now produces 775 horsepower and 535 lb-ft of torque, up from the standard 740 horsepower and 509 lb-ft. On the exterior front, the vehicle boasts an entirely redesigned hood, as well as a new front spoiler with special air intakes that merge seamlessly into the wing sections. Additionally, the back has a discreet rear wing and an integrated diffuser good for stabilizing the rear axle. The car rides on 21-inch wheels in the front twinned with 22-inch wheels in the back, with 255/30 R21 and 355/25 R22 tires.
Inside the cabin, the interior is appointed with high quality details, including leather upholstery, visible carbon fiber applications, illuminated door sill trim, aluminum pedals and a more ergonomic steering wheel. Check out more looks in the gallery below.
Source: Mansory






(109)
Related posts
Comments
Powered by Facebook Comments




