Current Press releases
A clear focus on motorsport: the new Porsche 911 GT3 RS World premiere of the most powerful series-production 911 with naturally aspirated engine
Stuttgart . The
Aerodynamics and interior based on the race trim
Aerodynamics have determined the design of the wide, weight-optimised body with its classic rigid rear wing. The racing look continues into the interior with full bucket seats made of carbon to provide secure lateral support in response to high-level driving dynamics. Lightweight door panels with storage nets and opening loops, reduced sound absorption and the new lightweight rear lid further emphasise the consistency of the material choices.
The most powerful naturally aspirated engine at 520 hp
The four-litre, six-cylinder naturally aspirated engine from
Motorsport-inspired chassis and Clubsport package
Technology straight from motorsport ensures that the chassis offers exceptional driving dynamics. Ball joints on all arms provide even greater precision than conventional elastokinematic bearings. 20-inch lightweight wheels with newly developed 265/35 sports tyres on the front axle enhance agility and steering behaviour, while 21 inch wheels with 325/30 tyres at the rear axle improve traction.
As with all current GT sports cars, the Clubsport package is also available for the 911 GT3 RS at no extra cost. The package includes a roll-over bar, a manual fire extinguisher, preparation for a battery disconnect switch and a six-point belt for a sporty driving experience.
Weissach package and magnesium wheels for additional weight savings
For particularly ambitious drivers, the
Market launch and prices
The new 911 GT3 RS is available to order now. It will be launched in Germany from mid-April 2018. Prices for the new high-performance sports car start at 195,137 euro, including VAT and country-specific equipment.
Images in the
911 GT3 RS: Fuel consumption combined 13.2 l/100 km; CO2 emissions 303 g/km
2/21/2018
Further information and pictures for journalists and media representatives can be found on the