Federal Minister of Transport Dobrindt tests piloted Audi

Minister of Transport Dobrindt after his ride in the test vehicle, “Jack.” “Automated driving is not something out of science fiction. In a few years there will be piloted vehicles driving on the roads. Digital technology can assume tasks from the driver and provide enhanced safety and convenience. The long term goal is completely networked roads. Traffic jams and environmental pollution will be reduced, traffic safety increased and the infrastructure used to optimum capacity. I see big opportunities for Germany as a location for innovation and industry. Our automotive industry has the most attractive products in the world. Our goal must be to remain a world leader, including for automated driving,” explained Dobrindt, who has officially declared a section of Autobahn A9 to be a high-tech superhighway. It will serve as a test bed for the networked automobile of the future.

Prof. Dr. Ulrich Hackenberg, Member of the Board of Management of AUDI AG, Technical Development, considers the test drive with Minister Dobrindt to be “a further demonstration of the technical maturity and potential of piloted driving,” which Audi will offer in the Audi A8* in an initial expansion stage beginning in 2017. He welcomed the political support. “This will enable a key technology from Germany to also find its leading market at home.”

Hackenberg sees three primary areas of application for this use of artificial intelligence in automobiles. “On the one hand for the prevention of accidents: When the driver is overwhelmed and there is the risk of losing control or when he or she is bored because the trip is too monotonous. On the other hand also when the driver can and wants to make more effective use of his or her time, such as when sitting in a traffic jam. Less stress, greater safety and more convenience are the results.” It is now important that legislators work together with legal, regulatory and industry experts to pave the way for the authorization of such systems.

Audi continues to document its progress with this technology with spectacular demonstrations. In the United States, a driverless Audi TTS* etched the brand’s trademark four rings into the surface of a salt flat and also conquered Pikes Peak in the Rocky Mountains. In fall 2014, an RS 7 Sportback* circled the Hockenheim racetrack without a driver at the physical limits of driving. Since the start of this year, Audi has been demonstrating the next steps in piloted driving on public roads, for example under realistic traffic conditions on an American highway from the West Coast to Las Vegas.

The function for piloted driving in traffic jams, which Audi is currently moving to production, is based on existing assistance systems such as Audi adaptive cruise control and traffic jam assist. At speeds between 0 and 65 km/h (40.4 mph), the system will take over acceleration, braking and steering from the driver, if desired, providing some relief from stress in congested highway traffic. When the traffic jam dissolves or the road ends, the computer prompts the driver to take over the driving again.

The super brain of piloted driving is the central driver assistance control unit (zFAS). It uses state-of-the-art, high-performance processors to evaluate the signals from all sensors in real time and compute maneuvers. A radar system scans the area in front of the car while a video camera detects lane markings, guardrails, pedestrians and other vehicles. A laser scanner delivers high-precision data about objects up to 80 meters (262.5 ft) away. Furthermore, as many as twelve ultrasonic sensors and four cameras monitor the entire area surrounding the car. The zFAS then uses all these sensor data to compute a model of the surroundings that describes the prevailing traffic situation in great detail. This enables very early detection by the system of vehicles moving into the lane in front of the vehicle, for example.

This means that Audi already has the series technology for the first piloted driving systems available. The new functions made possible because of them can significantly expand the role of the car as an emotional, convenient and modern living space. Audi is fully devoted to this issue because in addition to the increase in safety, the gain in convenience brings along a substantial customer benefit with it.

Fuel consumption of the models named above:

Audi A7 Sportback:
Combined fuel consumption in l/100 km: 9.5 – 4.7** (24.8 – 50.0 US mpg);
Combined CO2 emissions in g/km: 221 – 122** (355.7 – 196.3 g/mi)

Audi A8:
Combined fuel consumption in l/100 km: 11.3 – 5.9** (20.8 – 39.9 US mpg);
Combined CO2 emissions in g/km: 264 – 144** (424.9 – 231.7 g/mi)

Audi TTS:
Combined fuel consumption in l/100 km: 7.5 – 6.8** (31.4 – 34.6 US mpg);
Combined CO2 emissions in g/km: 174 – 157** (280.0 – 252.7 g/mi)

Audi RS 7 Sportback:
Combined fuel consumption in l/100 km: 9.5** (24.8 US mpg);
Combined CO2 emissions in g/km: 221** (355.7 g/mi)

**The fuel consumption and the CO2 emissions of a vehicle vary due to the choice of wheels and tires. They not only depend on the efficient utilization of the fuel by the vehicle, but are also influenced by driving behavior and other non-technical factors.