2003 MERCEDES-BENZ G55AMG weight

Contents
Technical data................................. 307
Spare parts service ............................ 308
Warranty coverage............................. 309
Loss of Service and Warranty
Information Booklet ..................... 309
Identification labels ........................... 310
Layout of poly-V-belt drive ................. 311
G 500/G 55 AMG ........................ 311
Engine................................................ 312
Rims and tires.................................... 313
Tires and Spare wheel .................. 313
Electrical system ............................... 314
Main dimensions, vehicle weights
and ratings......................................... 315
Main dimensions .......................... 315
Vehicle weights and ratings ......... 315Fuels, coolants, lubricants etc. ........... 316
Capacities ..................................... 316
Engine oils .................................... 317
Engine oil additives ....................... 317
Air conditioning refrigerant ........... 317
Brake fluid..................................... 318
Premium unleaded gasoline .......... 318
Fuel requirements ......................... 318
Gasoline additives......................... 319
Coolants ....................................... 319
Anticorrosion/antifreeze .............. 320
Windshield/rear window washer
system and headlamp cleaning
system .......................................... 321
Consumer information ........................ 322
Uniform tire quality grading .......... 322
Technical terms............................... 325Index................................................. 331

173 Controls in detail
Loading
3Lift tensioner
4Tie down
5Hook
6Ring
Lift tensioner3 must point in the direction
of the cargo compartment.
Set the length of tie downs4 and lift
tensioner3 to the rings6.

Insert tie down hooks5 in rings6.

Pull loose ends of tie downs4 until net
is tight.
After driving a short distance, check the
tension of the partition net, retighten if
necessary.Removing partition net

Lift tensioner upward to a horizontal
position to release tensioning of strap.

Disengage tie down hooks from rings.

Remove partition net from holders.
Storing partition net

Roll up partition net and secure it.

Store partition net behind rear seat
bench.
Loading instructions
The total load weight including vehicle oc-
cupants and luggage/cargo should not ex-
ceed the vehicle capacity weight indicated
on the certification label which can be
found on the left door pillar.
The handling characteristics of a fully load-
ed vehicle depend greatly on the load dis-
tribution. It is therefore recommended to
load the vehicle according to the illustra-
tions shown, with the heaviest items being
placed towards the front of the vehicle.

174 Controls in detailLoading


Always place items being carried
against front or rear seat backrests,
and fasten them as securely as possi-
ble.


The heaviest portion of the cargo
should always be kept as low as possi-
ble against front or rear seat backrest
since it influences the handling charac-
teristics of the vehicle.


For additional safety when transporting
cargo while the rear seats are unoccu-
pied, fasten the outer seat belts cross-
wise into the opposite side buckles.


Always pad off sharp edges.
Warning!
G
Always fasten items being carried as secure-
ly as possible using cargo tie-down rings and
fastening materials appropriate for the
weight and size of the load.
In an accident, during hard braking or sud-
den maneuvers, loose items will be thrown
around inside the vehicle, and can cause in-
jury to vehicle occupants unless the items
are securely fastened in the vehicle.
To help avoid personal injury during a colli-
sion or sudden maneuver, always use parti-
tion net when transporting cargo.
Never ride vehicle with the tailgate open.
Deadly carbon monoxide (CO) gases may
enter vehicle interior resulting in uncon-
sciousness and death.
iThe rear cargo area is the preferred
place to carry objects. The enlarged
cargo area (rear seats folded) should
only be used for items which do not fit
in the rear cargo area alone.

206 OperationDriving instructionsDriving in steep terrainSlope angle127°
236°

Comply with the warnings
(page 203) and rules for off-road
driving (
page 204).


Driving on embankments, slopes and
other steep inclines should only be
done straight up or downhill, i.e. in the
line of gravity. Maximum vehicle climb-
ing ability is a 80% grade.


Select gear range2 or1 on the auto-
matic transmission (
page 137).


Drive slowly.


Utilize the engine’s braking power
when descending a slope, observe the
engine speed (do not overrev the en-
gine). Apply the service brake as need-
ed.


Check the brakes after a lengthy down-
grade drive.
Traction in steep terrain
Be easy on the accelerator and watch for
continuous wheel traction when driving in
steep terrain.Driving across a hilltop
Decelerate just ahead of a hilltop (do not
select gear rangeN), to prevent the vehi-
cle from speeding up too much after climb-
ing a hill.
Use the momentum of the vehicle to drive
across the hilltop.
After climbing a hill, driving in this manner
prevents the vehicle from:


jumping across the hilltop


loosing its forward momentum.


speeding up too much after climbing
the hill.
iThe 4-ETS helps greatly when starting
out on a steep incline when the front
wheels have then the tendency to slip
due to the weight shifting away the
front axle.The 4-ETS recognizes the sit-
uation and limits the torque for the
front wheels by braking them. Simulta-
neously the torque for the rear wheels
is provided.

226 OperationTires and wheelsTire pressure changes by approximately
1.5 psi (0.1 bar) per 18°F (10°C) of air
temperature change. Keep this in mind
when checking tire pressure where the
temperature is different from the outside
temperature.
Tire temperature and tire pressure are also
increased while driving, depending on the
driving speed and the tire load.Check the spare tire periodically for condi-
tion and inflation. Spare tire will age and
b e c o m e w o r n o v e r t i m e e v e n i f n e v e r u s e d ,
and thus should be inspected and replaced
when necessary.
Rotating wheels
The wheels can be rotated every 3000 to
6 000 miles (5000 to 10 000 km) or sooner
if necessary, according to the degree of
tire wear. The same direction of tire rota-
tion must be retained.
Rotate the wheels before the characteris-
tic tire wear pattern becomes visible
(shoulder wear on front wheels and tread
center wear on rear wheels).
Thoroughly clean the inner side of the
wheels after each rotation. Check and en-
sure proper tire inflation pressure.
iThe pressures listed for light loads are
minimum values offering high driving
comfort.
Increased inflation pressures listed for
heavier loads may also be used for light
loads. These higher pressures produce
favorable handling characteristics. The
ride of the vehicle, however, will be
somewhat harder. Never exceed the
max. values or inflate tires below the
min. values listed in the fuel filler flap.
Warning!
G
Follow recommended inflation pressures.
Do not overinflate tires. Overinflated tires
can result in sudden deflation (blowout) be-
cause they are more likely to become punc-
tured or damaged by road debris, potholes
etc.
Do not underinflate tires. Underinflated tires
wear unevenly, adversely affect handling
and fuel economy, and are more likely to fail
from being overheated.
Do not overload the tires by exceeding the
specified vehicle capacity weight (as indicat-
ed by the label on the pillar in the driver’s
door opening). Overloading the tires can
overheat them, possibly causing a blowout.
Warning!
G
Rotate front and rear wheels only if there are
of the same size.

294 Practical hintsFlat tireLowering the vehicle
Using the pump lever, open the lower-
ing screw on the jack approximately
one turn (
page 292).
The vehicle is resting fully on its own
weight.

Remove the jack.
After use, disassemble pump handle
(page 292) and store jack in the des-
ignated storage compartment
(page 269).
1-5 Wheel bolts

Tighten the five wheel bolts evenly, fol-
lowing the diagonal sequence illustrat-
ed (1 to 5), until all bolts are tight.
Observe a tightening torque of 97 ft lb
(130 Nm).

Press the jack piston in again and close
the lowering screw. Store the jack
(page 269) and the other vehicle
tools (
page 268).

After changing the wheel, secure the
faulty wheel on the spare wheel mount-
ing bracket (
page 271). Make sure
that the wheel cannot come loose.

Check the tire inflation pressure and
correct it if necessary.
A table with the tire pressure values for
your vehicle is located on the fuel filler
flap.
Warning!
G
Have the tightening torque checked after
changing a wheel as soon as possible. The
wheels could come loose if they are not
tightened to a torque of 97 ft lb (130 Nm).

307 Technical data
Spare parts service
Warranty coverage
Identification labels
Layout of poly-V-belt drive
Engine
Rims and tires
Electrical system
Main dimensions, vehicle weights and ratings
Fuels, coolants, lubricants etc.
Consumer information

315 Technical data
Main dimensions, vehicle weights and ratings
Main dimensions, vehicle weights and ratings
Main dimensionsVehicle weights and ratings
G500
G55AMG
Overall vehicle length
(inc. spare wheel)
185.6 in (4715 mm)
185.6 in (4715 mm)
Overall vehicle width
71.3 in (1811 mm)
73.4 in (1864 mm)
Overall vehicle height
77.8 in (1977 mm)
77.8 in (1977 mm)
Wheel base
112.2 in (2850 mm)
112.2 in (2850 mm)
Ground clearance
8.3 in (211 mm)
8.3 in (211 mm)
Turning radius
523.6 in (13.3 m)
523.6 in (13.3 m)
Track, front and rear
59.6 in (1515 mm)
59.1 in (1501 mm)
G500
G55AMG
Gross Vehicle Weight Rating
1
1GVWR is the maximum permissible vehicle weight. Gross Vehicle Weight (GVW) comprises weight of vehicle including fuel, tools, spare wheel, installed accessories,
passengers, cargo and trailer tongue. It must never exceed the GVWR.
6615 lbs. (3000 kg)
6615 lbs. (3000 kg)
Gross Axle Weight Rating, front
2
2GAWR is the maximum permissible axle weight.
3110 lbs. (1410 kg)
3110 lbs. (1410 kg)
Gross Axle Weight Rating, rear
2
3965 lbs. (1800 kg)
3965 lbs. (1800 kg)