The 911 GT3 RS.

Athletes know: top performance requires more than perfect conditions and luck. Relentless training to become stronger and faster. Questioning everything, especially yourself. Learning from every mistake. Because the biggest challenge is to remain unbeatable. With this attitude, Porsche keeps pushing the boundaries of what is possible. Experience the new 911 GT3 RS in top form - with increased race track performance.

The new 911 GT3 RS is set perfomance orientated – thanks to increased downforce and revised aerodynamics. Using all vehicle data, including longitudinal/lateral acceleration, accelerator/brake pedal position and friction values, even the position of the rear wing and front diffuser are automatically adjusted to the driving situation in split seconds by Porsche Active Aerodynamics (PAA) with DRS. Best prerequisites for the next flying lap. The new aerobars on the front axle increase downforce by reducing turbulence and the flow rate behind the bars – by up to 40 kg at top speed. Sophisticated technology, derived from motorsports. The wide turbo body with air intake panel significantly contributes to the aerodynamic optimisation of the 911 GT3 RS and reinforces the athletic appearance. It also opens up space for new, wider wheels that improve handling even further. Headwind is one of the biggest challenges on the way to fast lap times. The new 911 GT3 RS uses air flow optimally with every component. The setup for the best possible drag coefficient is completed by a two-piece rear section with enlarged air vents, rear spoiler with rear ventilation and a diffuser.

The highest maxim in lightweight construction: reduce to the maximum. The new 911 GT3 RS also remains true to this motorsport philosophy – despite the significantly expanded and further improved equipment compared to its predecessors, including the active aerodynamics, wider wheels and tyres, wider body and more extensive adjustment options for the chassis in different driving modes. The consistent use of carbon fibre reinforced plastic (CFRP) enables an unladen weight of just 1,450 kg. The wings, front lid in a specific RS shape and roof are all made of motorsport-tested materials. The CFRP rear wing with active aerodynamics, CFRP doors for optimised wheel arch vents, and aluminium and magnesium lightweight forged wheels also yield significant advantages on the race track. The lightweight glazing with laminated glass and acoustic film on the front, door, rear side and rear windows not only optimises the vehicle weight, but also improves the interior acoustics – by minimising external noise such as rolling and wind noise. The lightweight full bucket seats made of carbon-fibre reinforced plastic (CFRP) in a carbon-weave finish (satin) already offer a high level of lateral support as standard. They also feature impressive seat covers in Black leather, seat centres with continuous perforation in Black Race-Tex with Red or Silver contrasting colour.

Features:
Extra button A: switch cluster
Extra button B and C: open doors
DRS is activated by kunos DRS button

3d model by CSR2
Converted by Adriaan Suy
Physics by ACR
Sound by Juliusz Baczynski