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Tyre pressure monitoring systems detect pressure loss on one or more wheels and warn the driver accordingly.

The tyre pressure monitoring system uses sensors installed in the wheels to measure the pressure and temperature inside the tyre. The system then transmits this information to a receiver in the vehicle.

The measured tyre pressures are continuously compared with specification values, which are entered by the driver. The driver can check the tyre pressures and temperatures at any time, and receive a warning if differences arise between the set pressure and the measured pressure.

Sensors on all four wheels are necessary for the system to work correctly. If the vehicle is supplied with winter wheels, these will already have the required sensors; otherwise they must be ordered separately from your Audi dealer.

Article source: www.audi.co.uk

Audi reveals a series of stunning light-painted images of its range – one for each of the twelve days of Christmas

Audi is marking the 12 days of Christmas with a collection of images which show its range in an entirely different light.

Day one – The Audi RS 7 Sportback

Merry Christmas from the Audi UK Press team!

Article source: www.audi.co.uk

High-quality golfing equipment for beginners and professionals: The Audi stand bag, which weighs just 2 kg when empty, contains four separate dividers for golf clubs and offers optimal standing ability on every terrain. The golf stand bag impresses with its ergonomic four-point shoulder strap, which can be easily adjusted. The stand bag also has other practical pockets for golfing accessories such as a drinks compartment and a compartment for valuables. Co-branding with TaylorMade

Article source: www.audi.co.uk

Together with the hi-fi specialists Bang & Olufsen Audi developed a sound system that sets new standards - for an unforgettable listening experience.

The developers have placed special emphasis on the calculation of the surround sound. For most audio sources such as CD or digital radio (DAB) only two output channels (stereo) can be programmed, but the driver of an Audi A8 and Audi Q7 even with these stereo sources can enjoy the benefits of surround sound. To calculate a special driver program from two channels, a surround sound with five channels plus subwoofer signal.

The Bang & Olufsen Advanced Sound System has a total of 14 speakers, each with its own amplifier. The speakers are mounted in sealed boxes, then for each speaker always guaranteed the same conditions. Another advantage of the closed housing is the minimized noise emission in the environment of the vehicle, which in turn allows for maximum privacy in the car.

The 3-way front system is a 165-mm woofer (at Audi A8: 140-mm woofer): in a box in the front and a 80-mm mid-(90-mm mid Audi A8) Doors formed. The treble is performed by two 19-mm Acoustic Lens speakers that extend from the instrument panel. Center as a 80-mm cone speaker (at Audi A8: 70-mm).

The 2-way system back is ever a 140-mm woofer (for A8: 133-mm) and put in a box of 25-mm tweeters in the rear doors. The bass is played by a giant 20-liter subwoofer with a 200-mm woofer. For surround playback of the sound system is powered by two 80-mm broadband speakers: completed in the headliner (A8 90-mm wide-bang surround speakers).

Article source: www.audi.co.uk

The active sport differential distributes torque from the engine in continuously variable proportions between the rear wheels.

Targeted control of the power flow enables the car to steer even more spontaneously and directly into bends, and produces a far more robust directional stability.

Depending on the steering angle, lateral acceleration, yaw angle, road speed and other signals, the control unit calculates the most suitable distribution of torque to the wheels for every driving situation.

When the steering wheel is turned or the car is accelerated in a bend, power is redirected in a controlled manner to the outer rear wheel. This has the effect of “forcing” the car into the corner so that it accurately follows the angle of the front wheels.

The difference in tractive force between the left and right wheels exerts an additional steering effect, so that the usual corrections by the driver at the steering wheel are no longer needed. Understeer is completely eliminated. Active torque distribution is based on an entirely new design principle for the rear-axle differential.

So that the new high-tech unit can also divert torque to the outer wheel of the axle, which revolves faster than the inner wheel when cornering, the classic rear-axle differential has been equipped with superposition stages on the left and right, each with a multi-plate clutch running in an oil bath. The clutches are activated by an electro-hydraulic actuator. The superposition stage rotates ten percent faster than the half-shaft that normally drives the wheel; the two components can be coupled by the multi-plate clutch. If the clutch is engaged, the wheel is accelerated by the superposition stage, which is running at a higher speed, and thus receives an additional torque input.

The differential reduces the tractive force reaching the opposite wheel accordingly. In most driving situations, almost the complete input torque can be diverted to one rear wheel in this way. The maximum difference in torque between the wheels is 1,800 newton metres.

Article source: www.audi.co.uk