Reaching a strong conclusion: rear-end design
For easy loading, the tailgate of the Audi Pikes Peak quattro extends into the rear side panels; it is opened and closed electrically by remote control. Hand baggage can be placed in the load area through the rear window, which opens separately.
The twin pairs of exhaust tailpipes integrated into the rear bumper add visual harmony and deliver an agreeable, impressive sound.
Eight-cylinder, 500 hp engine with twin turbochargers and direct gasoline injection
Well known from the Audi RS 6, the V8 engine with twin turbochargers has been further developed and now has a power output of 500 hp. A decisive factor in this power hike is the advanced FSI direct gasoline injection principle, which indicated that new standards were about to be set when it was used on the competition cars that scored historic victories in the 2001 and 2002 Le Mans 24-Hour races and in the American Le Mans Series. Powerful FSI engines are already in production for the Audi A2 and A4 models.
In the Audi Pikes Peak quattro the eight-cylinder twin-turbo FSI engine is notable for its free revving and vigorous pulling power at all engine speeds. It accelerates the Audi Pikes Peak quattro from 0 to 100 km/h in only 5.0 seconds (0 - 60 mph in 4.7 sec) and takes it on to a governed top speed of 155 mph (250 km/h). Its maximum torque of 630 Newton-meters is available from as low an engine speed as 2000 rpm upwards and remains constant over a broad speed range. This supreme, massive pulling power is ideal for fast cross-country driving and for negotiating off-road sections of the journey.
Ultimate progress on all roads
It was only logical for Audi, when drafting out this versatile concept vehicle, to include all its in-depth quattro driveline know-how and its experience with variable-height active air suspension. The development engineers' brief was for the Audi Pikes Peak quattro to be able to tackle loose surfaces and poor roads just as supremely as fast sections of the highway.
In all driving situations and across all kinds of surface, quattro permanent all-wheel drive stands for optimum traction and dynamic stability.
The standard torque split between the axles is 50% to the front and 50% to the rear, but if wheelspin occurs at either axle the split is diverted to the axle with more grip.
The electronic differential lock (EDL) controls torque distribution between the two wheels on an axle. Then there is the Electronic Stabilization Program (ESP), which assists the driver when potentially critical driving situations close to the handling limit have to be mastered. Like all Audi quattro cars, the Pikes Peak quattro provides the best possible traction on all surfaces and in all conditions.
Variable-height pneumatic control at both axles responds automatically when the load carried by the vehicle increases, and restores its ride height to the standard level. The air springs support the entire load at each axle.
A highlight of innovative safety: the lane departure warning system
The lane departure warning system is a special function that actively supports the driver. By means of an optical sensor, this driver assistance system scans the road markings and issues an acoustic warning signal and a physical response in the form of steering wheel vibration if the driver departs from his or her chosen lane.
A warning that an unintentional lane change is taking place is then given to the driver as a means of avoiding a possible accident. Also installed on the Audi Pikes Peak quattro: adaptive cruise control, which not only performs the functions of a conventional cruise control system but also maintains the desired distance from the vehicle in front automatically.