KTM X-Bow R - SUPER SPORTS CAR TECHNOLOGY FOR THE 21ST CENTURY
 
KTM X-Bow R

SUPER SPORTS CAR TECHNOLOGY FOR THE 21ST CENTURY

Revolutionary. Puristic. Radical. In the form of the production version of the X-BOW, Austrian manufacturer KTM presented its interpretation of a super sports car for the 21st century in 2008. Together with the specialists at Italian sports car manufacturer Dallara, the composites experts Wethje, the think-tank KTM Technologies and engine partner Audi, what is probably the most exciting super sports car of our times was produced in only 18 months. The extraordinary styling came from Gerald Kiska and the team at Kiska Design, who created an iconic modern sports car. "Ready to Race" - this not only applies to KTM motorcycles, but also to the X-BOW.

 
 

TECHNICAL DETAILS

ENGINE

DESIGN 2-liter-TFSI-engine
DISPLACEMENT1984 cm³
POWER220 kW (300 hp) @ 6.400 rpm
MAX. TORQUE 420 Nm @ 3,200 rpm
VALVES16, DOHC
FUEL CONSUMPTION8.3 l/100 km
CO2 EMISSIONS189 g/km, EURO 6

CHASSIS

DIMENSIONS 3738 x 1915 x 1202 mm
WHEELBASE 2430 mm
TURNING CIRCLE 10.8 m
TRACK FRONT/REAR1.644 / 1.624 mm
POWER TRANSMISSION Rear-wheel drive with mechanical slip differential
TRANSMISSION 6-speed transmission, manual
TYRES FRONT/REAR 205/40 R17 / 255/35 R18
HEIGHT OF CENTRE OF GRAVITY 380 mm
TANK CAPACITY (APPROX.) 40 l
WEIGHT READY TO RACE (WITHOUT FUEL) 790 kg
MAXIMUM SPEED 231 km/h
ACCELERATION 0-100 KM/H3.9 s
DECELERATION 100-0 KM/H32.9 m
AERODYNAMIC DOWNFORCE 100 KM/H48 kg
AERODYNAMIC DOWNFORCE 200 KM/H193 kg
LATERAL ACCELERATION>1.5 g (road tyres)
STATIC WEIGHT DISTRIBUTION (FRONT/REAR)37:63
 
 
 
The illustrated vehicles may vary in selected details from the production models and some illustrations feature optional equipment available at additional cost. All information concerning the scope of supply, appearance, services, dimensions and weights is non-binding and specified with the proviso that mistakes, printing, setting and typing errors may occur; such information is subject to change without notice. No rights may be derived from incorrect statements.