2000 BMW X5 4.4I Owners Manual

IndexDataTechnologyRepairsCar careControlsOverview
169n
Tailgate Manual release In the event of an electrical malfunction,
you can release the tailgate manually.
1 Unfasten the trim panel clip with the
vehicle key or with a screwdriver
(arrow 1) and remove it toward the
top (arrow 2). 530us091
2 Using the same tool, press the latch
in the direction of the arrow; the
tailgate is released.
3 Reinstall the trim panel. 530us092

170n
Do not use spray starter fluids to start
the engine.
If the battery is discharged, the engine
can be started with the use of two
jumper cables and the battery of an-
other vehicle. Always use jumper ca-
bles with fully insulated handles on the
terminal clamps.
Do not touch the parts conducting
current while the engine is run-
ning. Failure to comply with this creates
a risk of fatal injury.<
Carefully comply with the following in-
structions to avoid personal injury and
damage to one or both vehicles:
1 Be sure that the battery on the sup-
port vehicle is also rated at 12 volts,
and that the capacities of the two
batteries (Ah) are roughly comparable
(printed on casing).
2 Leave your battery connected to the
vehicle's electrical system.
3 Make sure that there is no contact
between the bodywork of the two
vehicles Ð this creates a risk of short
circuits.
4 Start by connecting the jumper cable
from the positive terminal of the sup-
port vehicle to the positive terminal
connector located in your BMW's en-
gine compartment The cover of the
auxiliary terminal for jump starting is
marked with a "+" sign (refer to the il-
lustration). To remove the cover, tip
up the cap (arrow). 530us126
5 Then connect the negative terminals.
Attach the cable to either the support
vehicle's negative battery terminal (-),
or to a suitable ground on its engine
or bodywork. Then connect the other
end of the cable to a ground on the
engine or on the bodywork of the ve-
hicle that is to be started. There is a
special nut for this on the left side
panel of your BMW. Refer to the ar-
row in the illustration.
Follow the same sequence for
connecting the jumper cables
when helping other vehicles. If you do
not, there is the risk of injury if sparks
generate at the battery.< 530us127
Jump-starting

IndexDataTechnologyRepairsCar careControlsOverview
171n
Jump-starting Towing the vehicle 6 Start the engine on the support
vehicle and let it run.
7 Start the engine on the vehicle need-
ing the jump-start, and allow it to run
as usual. If the first start attempt is
not successful, wait a few minutes
before another attempt in order to
allow the discharged battery to
recharge.
8 Before disconnecting the jumper ca-
bles from your BMW, turn on the rear
window defroster and set the blower
to the highest speed; allow the en-
gine to run approx. 10 seconds. This
will prevent a voltage surge from the
voltage regulator to the electrical ac-
cessories.
9 Then disconnect the jumper cables in
reverse sequence.
Have the battery recharged if neces-
sary.
Tow fitting The screw-in tow fitting is stored be-
neath the cargo area floor. Carry it with
you at all times. This fitting is designed
for installation in the tow sockets lo-
cated at the front and rear of the vehi-
cle, and is intended for towing on
paved road surfaces only.
It should not be used to pull a vehicle
out of deep snow, mud, sand, etc.
Always observe all applicable towing
laws and regulations. Access to tow sockets Front:
Use a screwdriver on the left or right
side (arrows) to press the cover out . 530us128
Rear: pull the cover off.
Screw the tow fittings in until they
are tight. If you do not, the threads
could be damaged.
Do not tow the vehicle by any compo-
nents of the running gear, or lash them
down in any way. If you do so, the com-
ponents could be damaged, leading to
possible accidents.<
Use only a nylon towing strap to tow
the vehicle, since the inherent resil-
ience of this material helps protect both
vehicles from sudden jerking move-
ments.
Avoid "off-center" towing. Be sure
that the tow rope is pulled tightly
when the towing vehicle begins to
move.< 530us129

172n
Towing the vehicle
The towed vehicle should always
be the lighter of the two vehicles.
If this is not the case, it is no longer
possible to control vehicle response.<
Tow-starting It is not possible to start the engine of a
vehicle equipped with automatic trans-
mission by towing or pushing.
For instructions on jump starting: refer
to page 170.
Never attempt to use your vehicle to
push another car. If you do so, damage
to the energy-absorbing bumpers could
result.
Towing 1 Place the selector lever in "Neutral".
2 Towing speed:
Max. 45 mph (70 km/h).
3 Towing distance:
Max. 95 miles (150 km).
4 Leave the ignition key at position 1 to
ensure that the brake lamps, turn sig-
nals, horn and windshield wipers re-
main operative, and to prevent the
steering lock detent from engaging.
5 Switch on the hazard-warning system
(comply with country-specific regula-
tions).
Find some means of identifying the ve-
hicle in tow, for instance, place a sign
or warning triangle in the rear window.
Make sure that the ignition key re-
mains in position 1 even when the
electrical system has failed. This will
prevent the steering lock from engag-
ing. The steering and brakes are with-
out power assist when the engine is not
running. This means that increased ef-
fort is required for steering and brak-
ing.<
Towing with a commercial tow
truck >Do not tow with sling-type equip-
ment.
>Use a wheel lift or flat bed carrier.
>Please comply with applicable towing
laws.
Never allow passengers to ride in
a towed vehicle for any reason.< 530us138

IndexDataTechnologyRepairsCar careControlsOverview
173n
Towing the vehicle Towing with a raised axle 1 Place the selector lever in "Neutral".
2 Switch off the engine.
3 Towing speed:
Maximum 30 mph (50 km/h).
4 Towing distance:
Maximum 95 miles (150 km).
Remove the rear driveshaft for
longer towing distances with the
front axle lifted; remove the front drive-
shaft for towing over longer distances
with the rear axle lifted. Failure to com-
ply with this will result in damage to the
transfer box.<

174n

IndexDataTechnologyRepairsCar careControlsOverview
Overview
Controls and features
Operation, care
and maintenance
Owner service procedures
Technical data
Index Advanced technology
175n
Airbags176
Adaptive Transmission Control
(ATC)176
Four-wheel drive177
Dynamic Stability Control
(DSC)177
Radio reception178
Safety belt tensioner178
DSP sound system179
Rearview mirrors with automatic
dimmer179
Rain sensor180
Integrated rear suspension180
Level control system181
Xenon lamps181
Technol-

176n
Deceleration sensors continuously
monitor the physical forces acting upon
the vehicle. If, as the result of a frontal
collision, vehicle deceleration is
reached at which the protection of the
safety belts alone is no longer ade-
quate, the gas generators of the driver-
side and passenger-side airbags are ig-
nited simultaneously. However, the
passenger-side airbag is only triggered
if an additional sensor has recognized
that the passenger seat is occupied.
In the event of a side collision, the head
protection and side airbags in the front
or rear
* are triggered if necessary.
390de319
The airbags located under the marked
covers inflate and unfold in a matter of
a few milliseconds. In this process, they
tear through the designed separation
points of the upholstered covers or
press them out.
Because the inflation process must be
virtually instantaneous, it is necessarily
accompanied by a certain amount of ig-
nition and inflation noise. The gas re-
quired to inflate the airbags is not dan-
gerous, and the associated smoke then
dissipates.
The entire process is completed within
fractions of a second. Adaptive Transmission Control (ATC)
uses a number of factors to calculate
the gear which provides the maximum
efficiency of the automatic transmis-
sion. In this process, the system moni-
tors your personal driving style, the
driving situation, the condition of the
road, and the traffic conditions.
ATC recognizes your personal driving
style from the positions and movements
of the accelerator pedal, deceleration
when braking, and lateral acceleration
through curves. Four different shift
characteristics Ð from comfort-oriented
to performance-oriented Ð are available
for selection by ATC.
530us130
Airbags ATC