2009 OPEL ANTARA towing

Driving and operation115
Driving and operationAutomatic transmission 3
The automatic transmission permits
manual gearshifting (manual mode) or
automatic gearshifting ( automatic mode)
with fully automatic clutch control.
The engine can only be started when the
selector lever is in position P or N. When
starting in P, turn key in ignition switch to
ACC or ON, depress foot brake and press
selector lever button before selecting a
gear.
Do not accelerate whilst gearshifting. If a
gear has been selected and the foot brake
is released without accelerating, the
vehicle will "creep".
Never operate the brake pedal and
accelerator simultaneously. Selecting
D puts the transmission in
automatic mode.
If the selector lever is moved to the left from
position D, manual mode is activated.
Forward gear changes only can then be
made manually by tipping the selector
lever towards + or -.
Automatic transmission
3................. 115
All Wheel Drive.................................... 121
Driving hints ........................................ 127
Save fuel, protect the environment ... 129
Fuels, refuelling ................................... 131
Catalytic converter, exhaust emissions........................................... 133
Drive control systems ......................... 136
Brake system ....................................... 145
Anti-lock Brake System (ABS) u....... 148
Wheels, tyres ....................................... 149
Roof racks 3........................................ 153
Flex-Fix system 3................................ 154
Towing equipment 3 .......................... 164
Towing ................................................. 1679 Warning
Disregard of these instructions may
cause damage to the vehicle and lead to
injuries or endanger life.

Driving and operation119
Parking
Before leaving the vehicle:
zDepress and hold foot brake,
z Apply hand brake,
z Move selector lever to position P,
z Turn key to LOCK position,
z Remove ignition key,
z Engage steering column lock,
z Lock the vehicle.
When the ignition is switched off, the
automatic transmission no longer responds
to movements of the selector lever. Rocking the vehicle
If it becomes necessary to rock the vehicle
to free it from water, ice, sand, mud, snow
or a dip, observe the following:
Check there are no objects or people in the
vicinity before attempting to rock the
vehicle.
Turn the steering wheel fully from left to
right to clear the area around the front
tyres.
Move the selector lever between
R and a
forward gear in a repeat pattern while
applying light pressure to the accelerator
pedal when the vehicle is in gear.
Do not spin the wheels or race the engine
and avoid sudden acceleration.
This applies only in the exceptional
circumstances mentioned above.
If the vehicle cannot be released after
rocking the vehicle several times, your
vehicle may need to be towed.
Towing - see page 174. Manoeuvring the vehicle
To manoeuvre the vehicle back and forth
during attempts to park or in garage
entrances, the creeping movement can be
utilized by releasing the foot brake.
Never actuate the accelerator and brake
pedals simultaneously.

Driving and operation125
Self-help
Recovery and towing
When recovering or towing a vehicle
off-road, observe the following:
zA greater force is required to move a
vehicle from or through mud than when
on a hard surfaced road.
z Attach a tow rope to the towing eye of
the vehicle, not to the axle -
see pages 164, 174.
z Where possible, drive both vehicles
forward to affect a recovery, using an
appropriate gear to avoid wheelspin.
z Avoid the use of reverse gear because of
possible resultant wheelspin.
z Stay clear of the tow rope.
Wheel changing
Place a board or plate beneath the jack, to
prevent it from sinking into soft ground.
Further information - see page 178. Cleaning
Clean the vehicle thoroughly and as soon
as possible after driving off-road.
Do not let mud remain dry on any part of
the vehicle as it becomes abrasive and can
damage paint, glass, seals, bearings and
brake components.
If left to build up, mud can seriously affect
the air flow through and over mechanical
components and cause localised
overheating and failure of parts, especially
in the engine compartment.
Ensure the radiator core and the area
between the radiator and intercooler/oil
cooler (where installed) is cleaned, to
maintain proper cooling air flow.
Check the radiator and cooler cores for
blockage (sand, silt etc.).
Check the tyre treads.
Clean and check the mechanical parts of
the vehicle, particularly the following
areas:
z
Driveshafts, including sealing bellows,
z Front brake calipers, pads and discs,
z Front suspension,
z Clutch fork sealing bellows,
z Rear brake calipers, pads and discs,
z Rear suspension,
z Fuel tank and underguard,
z Breathers, axles and fuel tank,
z Load sensing valve,
z Transfer box and underguard,
z Engine oil pan and underguard.
Observe the following:
z Do not spray high-pressure water
directly at the vehicle seals.
z The wheels must be removed to clean all
mud and stones from the brake calipers
and to check brake pad wear.
z The areas on the upper side of the
underguards must be cleared of stones,
to prevent damage to the engine oil pan
and the fuel tank.
9 Warning
Breaking ropes can cause serious injury.

Driving and operation127
Driving hints
The first 1000 km (600 miles)
Drive your vehicle at various speeds. Do
not use full throttle. Never allow the engine
to labour at low revs.
Make good use of all gears. Depress the
accelerator pedal a maximum of around
three quarters of the available pedal travel
in all gears and drive ranges.
Do not drive faster than three quarters of
maximum speed.
Avoid quick starts, su dden acceleration
and prolonged high-speed driving, to
avoid engine damage and to conserve
fuel.
Do not brake unnecessarily hard for the
first 200 km (125 miles).
If possible, avoid towing another vehicle.
Never coast with engine not running
Many units may then not function (e.g.
brake servo unit, power steering, airbag
system). Driving in this manner is a danger
to yourself and others. Brake servo unit
With the engine not running, the brake
servo unit is no longer effective once the
brake pedal has been depressed once or
twice. The braking effect is not reduced,
but substantially greater foot pressure is
necessary to stop the vehicle.
Power steering
Never leave the steering wheel on full lock
when the vehicle is stationary, as this may
damage the power steering pump.
If the power steering should fail - e.g. when
the vehicle is being towed with the engine
switched off - the vehicle can still be
properly steered, but considerably greater
effort is necessary.
Driving in mountainous terrain or with a
caravan/trailer
Electrically driven fan; the fan cooling
capacity is not dependent on engine
speed. It is not necessary, therefore, when
driving uphill to shif
t down into a lower
gear if the vehicle can climb in a higher
gear. Driving in extreme conditions
When driving in hazard
ous conditions, e.g.
in snow, ice, mud, sand or water, drive
slowly and cautiously to allow for greater
braking distances.
If stuck, use 2nd gear (automatic
transmission in drive range 2) to avoid
spinning the front wheels.
Use sand, tyre chains or other non-slip
materials to provide traction when stuck in
snow, mud or ice.
Driving through water
Before attempting to drive through water,
check the depth. If the depth is slightly
lower than the underbody of your vehicle,
do not attempt to drive through it.
Driving too quickly through water can
cause water to enter the engine through
the air intake, causing severe damage.
Drive slowly, in a high engine rpm in as low
a gear as possible.
Driving with a roof load
Do not exceed the permissible roof load -
see page 221. For safety reasons,
distribute the load evenly and secure it
tightly with straps so that it cannot slip. Set
the tyre pressure to the value given for full
load. Do not drive faster than 120 km/h
(75 mph). Check and retighten straps at
frequent intervals.

Driving and operation131
Fuels, refuelling
Fuel consumption
Optional equipment (e.g. wide tyres,
towing equipment) increases the kerb
weight and, in some cases, also the
permissible Gross Vehicle Weight.
This in turn increases fuel consumption and
reduces the maximum speed of the vehicle.
When the vehicle is new, there is increased
friction between the engine and
transmission components lasting for
several thousand kilometres. This also
increases fuel consumption. Fuel for petrol engines
Commercially available high-quality fuels
are suitable (see page 217). Fuel quality
has a decisive influence on the power
output, driveability and life of the engine.
The additives contained in the fuel play an
important role in this
regard. You should
therefore use only high-quality fuels
containing additives.
Petrol with too low an octane number can
cause pinking. Opel cannot be held liable
for resulting damage.
Petrol with a higher octane number can
always be used.
A dispensing pump for leaded fuel cannot
be inserted in the fuel tank of a vehicle that
must be operated on unleaded fuel only.
Use of petrol with an octane rating of 95
will ensure economical driving Fuel for diesel engines
Diesel engines must be operated only on
commercially available diesel fuel meeting
the specifications of DIN EN 590.
Marine diesel fuel, fuel oils, diesel fuels,
which are entirely or partially plant based
such as rape seed oil or bio-diesel,
Aquazole and similar diesel-water
emulsions must not be used.
The flow and filterability of diesel fuels are
insufficient at low temperatures, as a result
of crystallized paraffins.
Diesel fuels with improved low-
temperature properties are therefore
available on the market during the winter
months. Make sure that you use winter fuel
before the start of the cold weather
season.
Use of diesel fuels with manufacturer-
guaranteed winter properties eliminates
the need for additives.

Driving and operation133
Catalytic converter, exhaust
emissions
Catalytic converter for petrol engines
Leaded fuel will damage the catalytic
converter and parts of the electronic
system, thereby rendering them
inoperative.
On vehicles with a catalytic converter, the
fuel tank filler neck is of a narrow design so
that a dispensing pump for leaded fuel
cannot be inserted. Damage to the catalytic converter or the
vehicle may result if the following points
are not observed:
z
If the engine misfires or runs roughly
after a cold start, the engine power has
reduced significantly or other unusual
operating problems occur that indicate
a fault in the ignition system, please
contact a workshop as quickly as
possible. Drive at a slower speed and
with less engine revs for a short time,
if necessary.
z If unburned fuel enters the catalytic
converter, this may re sult in overheating
and irreparable damage to the catalytic
converter.
You should therefore avoid frequent cold
starts, unnecessarily long use of the
starter when setting off, running the tank
dry (an irregular fuel supply leads to
overheating) and starting the engine by
pushing or towing.
z If the control indicator for exhaust
emissions Z flashes, lift your foot off the
accelerator until th e control indicator
stops flashing and is steadily lit. Contact
a workshop immediately.
Control indicator Z for exhaust
emissions - see pages 74, 134. Catalytic converter for diesel engines
Damage to the catalytic converter or the
vehicle may result if the following points
are not observed:
Consult a workshop as quickly as possible
in the event of irregular engine running, a
significant loss of engine power or other
unusual malfunctions. If necessary, driving
may be continued for a
short time at a low
speed and with a low engine speed.

Driving and operation138
Hydraulic Brake Assist (HBA)
When the ESC function comes into action
and recognises any emergency situations
requiring hard braking, it automatically
delivers increased braking pressure to the
wheels.
Active Rollover Protection (ARP)
If the vehicle moves in an unstable manner,
this function helps the vehicle maintain
normal stability.
Trailer Stability Assist (TSA) 3
TSA monitors vehicle movements when
towing a caravan or trailer. If the system
detects lurching movements, engine power
is reduced and the vehicle/trailer
combination is selectiv ely braked until the
lurching ceases. DCS (Descent Control System)
The Descent Control System allows the
vehicle to travel at a low speed without
depressing the foot brake.
The vehicle will automatically decelerate to
a low speed and remain at that speed
when DCS button
5 is pressed.
Use only when descending steep grades
while driving off-road. Do not use when
driving on normal road surfaces.
Some noise or vibration from the brake
system may be apparent when DCS is
active. To activate
At speeds below approx. 50 km/h
(30 mph), press DCS button. The green DCS
control indicator
5 will flash in the
instrument panel, to show DCS is in
operation.
DCS will not activate at speeds above
50 km/h (30 mph), even if the button is
pressed.
Unnecessary usage of the DCS function,
such as while driving on normal roads, may
damage the brake system and the ESC
function.

Driving and operation143
Control indicator for park pilotControl indicator r illuminates while
driving if there is a fault in the system.
If the acoustic signal sounds 3 times
continuously when there are no obstacles
near the front or rear bumper, there is a
fault in the system.
Have the cause of the fault remedied by a
workshop. To ensure the safety of other road users
and people in the vicinity and to avoid
damage to the vehicle, remember:
z
The park pilot should only be considered
as a supplementary function. Normal
precautions should be maintained when
reversing. Check the rear view and use
the mirrors when reversing.
z Do not push, scratch or otherwise
damage the sensors.
z Do not use high-pressure jet cleaners to
clean the sensors. Clean only with a soft
sponge and clean water.
Automatic level control 3
Automatic level control makes it possible to
keep the height of the vehicle constant
when subjected to different loads in the
rear (e.g. when passengers are occupying
the rear seats or when towing a caravan/
trailer). This significantly improves driving
conditions.
The vehicle is automatically raised at the
rear to its previous unloaded level,
increasing spring travel and ground
clearance.
Headlamp range adjustment -
see page 97.
In the event of malfunctions, do not utilise
the vehicle’s full load capacity. Have the
cause of the fault remedied by a workshop
without delay.