Land Rover Discovery: Traction control
The Electronic Traction Control (ETC)
system operates in conjunction with
Dynamic Stability Control (DSC) and is
designed to assist if any of the wheels lose
traction, causing wheel spin.
If a wheel loses traction, then ETC will
operate the brake on that wheel and may
also manipulate the engine output, until
the wheel regains traction. The DSC
amber warning lamp will flash to confirm
that ETC is active.
Suspension
ADAPTIVE DYNAMICS
The Adaptive dynamics continuously
monitors road and driver inputs. It detects
rough road and off-road conditions,
enhances the vehicle's suspension settings
to suit each surface type and adjusts
control for greater ride comfort.
Adaptive dynamics is also linked to the
Terrain response dynamic program,
modifying the suspension settings for a
more sporting character.
If an adaptive dynamics fault message is
displayed in the Message centre, the
vehicle can still be driven. The fault may
be temporary. If the fault persists, seek
qualified assistance as soon as possible.
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IMPORTANT INFORMATION
Do not rest your foot on the
brake pedal while the vehicle is
in motion.
Never allow the vehicle to coast
(freewheel) with the engine
switched off. The engine must be
run
If the vehicle is stationary on a steep,
slippery slope, it may begin to slide, even
with the brakes applied. This is because,
without wheel rotation, the Anti-lock
Braking System (ABS) cannot determi
The AEB system is a driving aid
only. It remains the driver's
responsibility to drive with due
care and attention, in a manner
that is safe for the vehicle, the
occupants and other road users.
SEE MORE:
Parking Exit Sequence
When parking exit is selected, the park assist sensors search the area for a
space that is big enough to manoeuver out off.
When a space big enough has been identified, the park assist sensors
inform the Parking Aid Control Module (PACM) so that the PACM control
calculate
Any person fitted with an
implanted medical device should
make sure the device is kept at a
distance of at least 22 cm away
from any transmitter mounted in
the vehicle. This is to avoid any
possibility of interference
between the system and device.
Interference may cause the
implanted medical devic