Audi prologue piloted driving concept front three quarters right featured image

Audi Prologue piloted driving concept unveiled at CES

January 7, 2015
1501 Views

Audi unveiled the autonomous driving system equipped Audi Prologue piloted driving concept at the 2015 Consumer Electronics Show.

The concept is mainly an autonomous driving system equipped, upgraded version of the Audi Prologue concept. It has laser scanner, video cameras, ultrasound sensors and radar sensors which send feed into the central controller known as zFAS (zentrales Fahrerassistenzsteuergerät, central driver assistance controller) allowing for autonomous driving.

Audi prologue piloted driving concept door sill

Under the hood, there’s a twin-turbo 4.0-litre TFSI V8 engine mated to an 8-speed e-tiptronic transmission and a 2.6 kWh lithium-ion battery. Combined, the powertrain produces 677 hp and 950 Nm of torque which makes the vehicle capable of reaching 0-100 km/h in 3.5 seconds.

More information is available in the press release below.

Heralding a new design era: the Audi prologue piloted driving showcar – Press Release

Audi prologue piloted driving concept front three quarters right

The Audi prologue piloted driving show car is a focus at CES. It not only stands for a new design era, but also integrates many innovations in the areas of connectivity, infotainment and user interface which Audi will be showing at 2015 CES. In this connection, this show car’s laser matrix headlights and perimeter sensorics will demonstrate how the car of the future will become ever more of an assistant to its occupants. After all, the Audi prologue piloted driving stands for the state of technology, which includes piloted driving.

Audi prologue piloted driving concept left side

A novel laser scanner, several video cameras, ultrasound sensors mounted out of sight and front and rear sensors, themselves invisible, all cooperate in data capture. The central controller known as zFAS (zentrales Fahrerassistenzsteuergerät, central driver assistance controller) is the keystone of piloted driving. This compact master unit calculates a comprehensive impression of the car’s perimeter based on the signals provided by the scanners, the camera and the sensors.

Audi prologue piloted driving concept front

At a length of 5.10 meters (16.7 ft), a wheelbase of 2.94 meters (9.6 ft), a width of 1.95 meters (6.4 ft) and a height of 1.39 meters (4.6 ft) the large luxury-class two-door coupé the Audi prologue is somewhat shorter and lower than today’s production A8*. A single frame integrated into the vehicle architecture and bearing the Four Rings dominates its low-slung front end. The large radiator grille has been widened significantly, and it is positioned lower than on today’s production models.

The headlights – shaped like wide, flat wedges – are located with their tips above the Singleframe. High-resolution matrix laser technology is yet another instance of Audi breaking new ground in design and function.

Audi prologue piloted driving concept right side

In side profile, the Audi prologue’s flowing silhouette expresses the car’s forward-moving character. It balanced proportions equally emphasize the front and rear wheels – a clear reference to the quattro DNA of Audi. The mighty wheels are set in widely flared wheel arches; they are 22 inches in diameter and are fitted with tires sized 285/30.

Audi prologue piloted driving concept rear three quarters left

The rear section of the Audi prologue also breaks with conventions. It is reminiscent of the side and rear appearance of a luxury yacht. Its separate tailgate means the Audi prologue piloted driving marries the practical strengths of a sedan with the aesthetic advantages of a coupé.

Audi prologue piloted driving concept rear fascia

Its LED taillights made from 3D glass have also been designed anew yet are still characteristic of Audi. The taillight runs across the car’s entire width, illuminating the frame of the recessed glass volume, as fine lines seem to hover amid the lamps. The brake light is set deeply inside the lamp. When it is activated, it appears to be approaching the viewer to attract even more attention. The play on different levels and the switch between two- and three-dimensional effects endows the taillights with a very special dynamic.

Innovative: the interior and control concept

Audi prologue piloted driving concept interior

On boarding the car, this grand coupé’s passengers are greeted by an “electronic butler.” An intelligent software identifies the user by his or her smartphone or smartwatch and adjusts the seats and the air-conditioning to suit. The system also makes recommendations for music and route planning that are oriented towards the owner’s preferences. The Easy Slot system, an advanced development of the Audi phone box, is located under lids in the console on the central tunnel. It can mechanically draw in and store smartphones, connect them with the onboard infotainment and simultaneously charge them

Generous space: the interior

Audi prologue piloted driving concept instrument panel

Tautly stretched lines and slender geometric forms give the interior a bright and clear ambiance. The instrument panel has a light and elegant appearance with its strictly horizontal layout that is not interrupted anywhere, and it emphasizes interior width.

It slopes down towards the interior on two levels. The upper level is positioned like a roof above the Audi virtual cockpit future – an evolution of the Audi virtual cockpit – and above the line of air vents. It is part of a wrap-around concept encompassing the driver and the front-seat passenger.

A second wrap-around connects the front and rear zone of the interior. On activation of the sound system, a novel sound spoiler emerges from the hat rack to create Audi’s typical premium sound.

Full-width display: the Audi virtual interior

Embedded in the elegant architecture is a radically innovative display and control concept, the cockpit of the future, which completely does away with switches.

Across its full width, the front of the instrument panel is designed to be a display surface which integrates three touch displays. The display to the left of the steering wheel controls the lighting and assistance systems functions. The driver-oriented operating unit to the right contains media controls.

The Audi virtual cockpit future offers a glimpse into the future of the digital cockpit: High-resolution displays and three mirrors generate a virtual stage on three levels – a fascinating view with visual depth. Staggering information at different levels makes it better structured and easier for the driver to comprehend. The content and colors of the Audi virtual cockpit future change as a function of driving style – in sporty driving for instance, the display switches to Sport mode with especially vivid presentation of information such as engine speed, temperatures and charger pressure.

The front passenger faces a widescreen display integrated into the full surface of the instrument panel; it is used to operate the entertainment features with utmost convenience, enabling digital interaction with the driver for the first time. It is operated via gestures. A brief swipe by the copilot is all the driver needs to accept and transfer a preconfigured route into the Audi virtual cockpit future.

Audi prologue piloted driving concept MMI touch infotainment system

On the center tunnel console sits a fourth flexible touch display for climate control, handwriting input and other car settings. This display consists primarily of an extremely thin, bendable OLED film (OLED: organic light emitting diodes) and displays extremely sharp images rich in contrast. When not in use, the OLED display is integrated flush to the center console and is nearly invisible. When the car is started, the flexible display stands up. Its curved shape ensures a constant distance to the hand, making for better ergonomics. When operating the display, the wrist rests on the low-positioned gear selector lever of the eight-speed e?tiptronic.

Sporty, convenient and efficient: the technology

The technology of the Audi prologue is as sophisticated as its interior is thrilling. Its hybrid powertrain with a combined output of 505 kW (677 hp) and 950 Nm (700.7 lb?ft) of torque, delivers breathtaking performance. It takes this two-door coupé from 0 to 100 km/h (62.1 mph) in 3.5 seconds. Fuel consumption as measured under the New European Driving Cycle is just 7.9 l/100 km (29.8 US mpg) on average. This is equivalent to CO2 emissions of 185 grams per kilometer (297.7 g/mi).

The biturbo V8 with direct fuel injection puts out 445 kW (597 hp) and 700 Nm (516.3 lb-ft) of torque. Another 50 Nm (36.9 lb-ft) are available in overboost mode, which the driver can actuate for about 15 seconds at a time. The 4.0 TFSI is meshed with a disc-shaped e-motor integrated into the eight-speed-e-tiptronic gearbox. The automatic transmission transfers both kinds of torque to the quattro permanent all-wheel drive system. The electrical energy of the hybrid drive comes from a rear-mounted lithium-ion battery with a capacity of 2.6 kWh. This enables a pure electric range of about three miles.

For the best networking experience: Audi connect

The Audi prologue piloted driving show car features the connect portfolio including an integrated LTE module. The Audi smartphone creates an onboard connection to Apple Car Play and Google Android Auto. If an iOS or Android cellular phone is connected to the USB port, the respective environment opens in the Audi smartphone interface. Both are tailored for use in the car.

Interaction with the Audi prologue piloted driving is possible via a smartwatch app enabling the user to access, lock and start the car. Users can also display up-to-the-minute vehicle information on their smartwatch and make configuration changes. For instance, a driver can call up the car’s remaining range or obtain directions back to his or her car.

Light technologies in the Audi prologue piloted driving show car

The car’s headlights feature Audi’s high-resolution matrix laser technology. Matrix laser technology opens up not just new avenues in design, but enables all-new possibilities.

Audi prologue piloted driving concept headlamp

The headlight’s pupils consists of a projection lens with a laser as its source of light. This generates a high-resolution matrix which illuminates the entire roadway. Set below this element are five synthetic lenses enhancing the headlights. They are fed via a glass-fiber strand and are optically encased in a delicate lightweight structure. Thanks to the new laser technology, light designers have been able to create a light, compact and elegant shape which provides the eyes for the “face” of the Audi prologue piloted driving. At CES, a dedicated exhibit will demonstrate the showcar’s matrix laser technology in all its details.

Light functions will be digitally animated. The car “greets” its driver on unlocking by switching on daytime running lights and taillights in a rapid movement from the car’s center to the edges. Subsequently, the matrix laser headlights’ reference cycle activates itself. These pupil-shaped headlight segment seem at first to move right, then left, after which all segments light up fully.

In designing the taillights, designers eschewed conventions and used 3D glass making the taillights benefit from all of the advantages of the new design leeway and run across the entire width of the car. Fine lines in the 3D glass appear to hover inside the lamp. The brake light is located deep inside the lighting unit. When braking, the bottom of the 3D imprint is also illuminated, which makes the light appear to move towards the observer.

The dynamic turning signal runs through the three-dimensional glass volume in a 200-millisecond sequence from inside to outside. The reversing light also makes an appearance from the car’s center to the edges, another first. Though it is transparent and sits below a chrome strip, rendering it almost invisible, it will create a significantly increased level of attention in drivers following behind on activation. This configuration on different levels, and the alternation between 2D and 3D lighting provides the taillights with an entirely new dynamic.

Like this type of content? Subscribe to our newsletter to not miss another update.

Leave A Comment