Advanced driver-assistance systems (ADAS), also known as smart driving technologies, are a range of different technologies to help improve driver safety. ADAS technologies include features such as adaptive cruise control, lane departure warning, automatic braking, parking assist, and lots more. These technologies typically use cameras and sensors to identify the vehicle’s surroundings in order to assist the driver in a variety of ways to improve the overall safety of driving.
Your ADAS system may need calibrating if:
ADAS systems need recalibrating after any maintenance or repair work has been done to the vehicle to ensure the technologies are working effectively and as they should. We are able to calibrate your smart driving technologies to ensure they are up to standard and safe when on the road.
The Eastbourne team has a wide range of knowledge, skills and experience to provide a wide range of car services including mechanical repairs, diagnostic checks, finding & fixing electrical faults, replacing tyres, wheel alignment, suspension and steering safety checks, clutch replacement, air conditioning leak detection & re- gassing, dash cameras supplied and fitted and much more.
You can book a car appointment online or give our team a call, Monday to Saturday.
Adaptive cruise control
This is similar to cruise control but with some new technological advancements. Once you have set the speed, your car will travel at the speed you have set, but with adaptive cruise control, your car will be able to slow down and speed up depending on what the car ahead does.
Autonomous emergency braking
Your car will have cameras and sensors that scan the road ahead alerting you of any potential dangers either with warning lights on your dashboard alongside an alarm or by taking over the system and slowing the car down itself.
Forward collision warning
Similar to autonomous emergency braking, the car will alert you, the driver, of any potential dangers in the road ahead and will alert you with warnings on the dashboard and an alarm. However, the car will not take any action, even if you fail to do so.
Lane departure warning
As you begin to drift into another lane, the car will warn you with an alert sound and through vibrating the steering wheel. Some cars may be fitted with Lane Keep Assist Systems (LKAS) whereby the vehicle will steer the car back into the lane.
Blind spot detection
This is where a warning light appears on your wing mirror to let you know of any potential dangers that are in your blind spot that you may be unaware of.
Road sign detection
One of the cameras on your car will search for upcoming road signs along the road you’re driving on. A display will then appear on your dashboard to show you the speed limit on that particular road.
Park assist
Park assist otherwise known as automatic parking can help you both find parking bays and park your vehicle for you, with some help from the driver.
An international standardized level system classifies Audi’s development steps in piloted driving. We are about to show you the five Levels of piloted driving and the meaning of each of these levels.
Depending on the driving situation, the electrohydraulically integrated brake control system decides – electrically on each individual axle – whether the Audi e-tron will decelerate using the electric motor, the wheel brake, or a combination of the two.
TV host Anna Funck enters a journey of discovery together with the Audi A7 piloted driving concept – internal nickname “Jack”. “Jack” has learned how to autonomously perform all of its driving maneuvers on the highway by showing consideration for other road users. Audi MediaTV joined Anna on her trip on German highway A9.
Depending on the driving situation, the Audi Q8 e-tron decides whether to decelerate via the electric motor, the wheel brakes, or a combination of both – and does so individually for each axle. When braking from higher speeds, the system recuperates with around two-thirds of its drive power.