Volkswagen 2013 Golf R Specifications Page 50

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50 Glossary
O
Optional equipment
Glossary.
4MOTION
®
An all-wheel-drive system that provides the best possible
traction at all road speeds, in all weather and road conditions.
An electronic Haldex clutch responds to traction losses at the front
and rear axles and directs torque to the axle with the best traction.
Adaptive Chassis Control
O
The electrically controlled dampers of adaptive chassis control
constantly adjust to the road conditions, the driving situation
and drivers requirements. Using a button located on the centre
console, the driver selects between three damper settings –
NORMAL, COMFORT and SPORT.
Starting from the normal setting, the driver can change the basic
character of the car towards sporty or more comfort-oriented
driving. In SPORT and COMFORT settings, the corresponding
name is illuminated in the button. In NORMAL setting, only
the shock absorber symbol is illuminated. In all settings, the
adaptive chassis control adjusts the damping to the particular
driving situation (up till one thousand times per second)
which means it offers an optimum level of driving comfort and
enjoyment at all times. In addition, in the SPORT setting the
steering feel is also adapted. Particularly on windy roads and
poor surfaces, using adaptive chassis control offers sporty and
yet comfortable driving.
Anti-lock Braking System (ABS)
When braking, wheel speed sensors measure the road wheel
speed and should one or more wheels start to lock the ABS system
reduces brake pressure to that wheel. This prevents the wheels
from locking during heavy or emergency braking, enabling the
vehicle to remain steerable.
Anti-Slip Regulation (ASR)
ASR is a switchable traction control system that prevents the wheels
from spinning under acceleration by reducing engine torque.
Brake Assist
During emergency braking, Brake Assist aids the driver by
increasing the brake pressure automatically to a level exceeding the
locking limit. The ABS is thus quickly brought into the operating
range, which enables maximum vehicle deceleration to be achieved.
Direct Shift Gearbox (DSG)
DSG is a manual gearbox in which the gearshifts are controlled
electronically. What makes the DSG unique is that it has 2
separate gear sets operated by 2 clutches. The bene t of 2 gear
sets and 2 clutches is that one gear set and clutch is engaged
driving the vehicle with the second disengaged clutch having
already pre-selected the next gear awaiting for power to be
transferred. As the next gear has already been pre-selected prior
to power being applied, the gear change only takes 3-4 100ths of
a second. There is virtually no interruption to power, traction or
acceleration. The DSG also offers Tiptronic gear selection and
sports mode.
Electronic Brake-pressure Distribution (EBD)
Electronic, more sophisticated means of regulating the ratio
of front/rear brake pressure. Settings are varied according to
driving and load conditions to ensure each wheel is braked to the
optimum extent.
Electronic Di erential Lock (EDL)
EDL improves driving and steering characteristics when
accelerating on road surfaces where each wheel has a different
degree of traction. The system operates automatically and is
combined with the ABS system. Using the ABS wheel sensors,
EDL monitors the speed of the individual driving wheels. When a
difference in driving wheel speed is detected (i.e. when one wheel
starts to spin due to differences in road surfaces, e.g. due to water
or dirt) the system brakes the spinning wheel, transferring engine
power to the wheel with the best traction.
Electronic Stabilisation Program (ESP)
ABS and ASR traction control systems are integrated into the
Electronic Stabilisation Program (ESP). In short, ESP helps ensure
that the vehicle goes where you steer it even in extreme driving
conditions. The ESP system constantly compares the actual
movement of the vehicle with pre-determined values and should
a situation arise where the vehicle starts to skid, ESP will apply the
brakes to individual wheels and automatically adjust the engine’s
power output to correct the problem. ESP prevents the vehicle from
losing control when trying to avoid an accident, for example. It also
prevents spinning off on a curve due to either understeer or oversteer.
Extended Electronic Di erential Lock (XDL)
XDL is an extension of the Electronic Differential Lock (EDL)
function. When cornering, XDL responds to the load relief at the
front wheel on the inside of a corner. The ESP hydraulics are used
for the XDL to apply pressure to the wheel on the inside of the corner
in order to prevent wheel spin. This improves traction and reduces
the tendency to understeer. As a direct result of the one-sided and
precise braking pressure, cornering is sportier and more accurate.
Hill Start Assist (HSA)
Hill Start Assist (HSA) holds the vehicle when the foot brake is
released by temporarily locking the brake pressure (for a maximum
of 1.5 seconds) to provide comfortable starting-off without rolling
back. Hill Start Assist (HSA) operates on inclines greater than 5%
and is fi tted in combination with both the manual transmission and
the Direct Shift Gearbox (DSG).
Park Assist
O
Park Assist actively helps the driver when reversing into parallel
parking spaces. The system works by using sensors mounted either
side of the front bumper together with parking distance sensors
front and rear. To parallel park the driver needs to press the Park
Assist button and use the appropriate indicator before the car passes
the potential parking space. Sensors in the front bumper then scan
the size of the parking space as the car is driven slowly past and
the driver is alerted if the parking space is big enough. If there is
suf cient space, the driver stops the car, selects reverse and lets go
of the steering wheel.
Park Assist will alert the driver of the intended reverse path in the
Multi-Function Display, within the drivers fi eld of vision. Park
Assist then actively supports the driver by taking over the steering
control and parks the vehicle in the available space using the ideal
course, if necessary with several moves. The driver can however
take over the control of the steering at any time and end the
automatic parking procedure. The system can reverse into parking
spaces on both the left hand and right hand side of the road, for
example on one way streets.
Park Assist cannot replace the driver’s attentiveness. The driver is still legally responsible
for the vehicle. If the driver notices a risk that pedestrians, other vehicles or objects could
be damaged or if they are uncertain of the risk, they will need to react accordingly and
stop the vehicle, ending the function.
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