2014 MERCEDES-BENZ M-Class technical data

The table shows which engine oils have been
approved for your vehicle. Model Engine
model MB
Approval ML 250 BlueTEC
4MATIC
651 228.51,
229.31,
229.51 ML 350
ML 350 4MATIC
276 229.5
ML 350 BlueTEC
4MATIC
642 228.51,
229.31,
229.51 ML 550 4MATIC
278 229.5
ML 63 AMG
4MATIC
157 229.5
i
MB approval is indicated on the oil
containers.
Filling capacities The following values refer to an oil change
including the oil filter.
Missing values were not available at time of
going to print. Model Capacity
ML 250 BlueTEC
4MATIC
6.9 US qt (6.5 l)
ML 350
ML 350 4MATIC
7.4 US qt (7.0 l)
ML 350 BlueTEC 4
MATIC
8.5 US qt (8.0 l)
ML 550 4MATIC
9.0 US qt (8.5 l)
ML 63 AMG
4MATIC
Without external oil
cooler: 9.0 US qt (8.5 l) Additives
!
Do not use any additives in the engine oil.
This could damage the engine.
Engine oil viscosity Viscosity describes the flow characteristics
of a fluid. If an engine oil has a high viscosity,
this means that it is thick; a low viscosity
means that it is thin.
Select an engine oil with an SAE classification
(viscosity) suitable for the prevailing outside
temperatures. The table shows you which
SAE classifications are to be used. The low-
temperature characteristics of engine oils
can deteriorate significantly, e.g. as a result
of aging, soot and fuel deposits. It is therefore
strongly recommended that you carry out
regular oil changes using an approved engine
oil with the appropriate SAE classification.
Brake fluid
G
WARNING
The brake fluid constantly absorbs moisture
from the air. This lowers the boiling point of
the brake fluid. If the boiling point of the brake
fluid is too low, vapor pockets may form in the
brake system when the brakes are applied
hard. This would impair braking efficiency.
There is a risk of an accident.
You should have the brake fluid renewed at
the specified intervals. Service products and filling capacities
449Technical data Z

Comply with the important safety notes for
service products when handlin
gbrake fluid
(Y page 444).
The brake fluid change intervals can be found
in the Maintenance Booklet.
Only use brake fluid approved by Mercedes-
Benz according to MB Approval 331.0.
Information about approved brake fluid can
be obtained at any qualified specialist
workshop or on the Internet at
http://bevo.mercedes-benz.com.
i Have the brake fluid regularly replaced at
a qualified specialist workshop and the
replacement confirmed in the Maintenance
Booklet. Coolant
Important safety notes G
WARNING
If antifreeze comes into contact with hot
components in the engine compartment, it
may ignite. There is a risk of fire and injury.
Let the engine cool down before you add
antifreeze. Make sure that antifreeze is not
spilled next to the filler neck. Thoroughly
clea nthe antifreeze from components before
starting the engine.
! Only add coolant that has been premixed
with the desired antifreezep rotection. You
could otherwise damage the engine.
Further information on coolants can be
found in the Mercedes-Benz Specifications
for Service Products, MB Specifications for
Service Products 310.1, e.g. on the
Internet at
http://bevo.mercedes-benz.com. Or
contact a qualified specialist workshop.
! Always use a suitable coolant mixture,
even in countries where high temperatures
prevail. Otherwise, the engine cooling system is not
sufficiently protected from corrosion and
overheating.
i Have the coolant regularly replaced at a
qualified specialist workshop and the
replacement confirmed in the Maintenance
Booklet.
Comply with the important safety precautions
for service products when handling coolant
(Y page 444).
The coolant is a mixture of water and
antifreeze/corrosion inhibitor. It performs
the following tasks:
R corrosio nprotection
R antifreeze protection
R raising the boiling point
If the coolant has antifreeze protection down
to -35 ‡ (-37 †),the boiling point of the
coolant during operatio nis approximately
266 ‡ (130 †).
The antifreeze/corrosion inhibitor
concentration in the engine cooling system
should:
R be at least 50%. This will protect the engine
cooling system against freezing down to
approximately -35 ‡ (-37 †).
R not exceed 55% (antifreeze protection
down to -49 ‡ [-45 †]). Otherwise, heat
will not be dissipated as effectively.
If the vehicle has lost coolant, add equal
amounts of water and antifreeze/corrosion
inhibitor.
Mercedes-Benz recommends an antifreeze/
corrosion inhibitor concentrate in
accordance with
MB Specifications for Service Products 310.1.
i When the vehicle is first delivered, it is
filled with a coolant mixture that ensures
adequate antifreeze and corrosion
protection.
i The coolant is checked with every
maintenance interval at a qualified
specialist workshop. 450
Service products and filling capacitiesTechnical data

Filling capacities
Model Capacity
ML 250 BlueTEC
4MATIC
Approx. 10.7 US qt
(10.1 l) ML 350
ML 350 4MATIC
Approx. 11.1 US qt
(10.5 l) ML 350 BlueTEC 4
MATIC
Approx. 12.2 US qt
(11.5 l) ML 550 4MATIC
Approx. 11.6 US qt
(11.0 l) ML 63 AMG
4MATIC
Approx. 12.5 US qt
(11.8 l) i
Use MB 325.0 or MB 326.0 corrosion
inhibitor/antifreeze. Windshield washer system
Important safety notes G
WARNING
Windshield washe rconcentrate is highly
flammable. If it comes into contact with hot
engine components or the exhaust system it
could ignite. There is a risk of fire and injury.
Make sure that no windshield washer
concentrate is spilled next to the filler neck.
! Do not add distilled or de-ionized water to
the washer fluid container. Otherwise, the
level sensor may be damaged.
! Only MB SummerFit and MB WinterFit
washer fluid should be mixed together. The
spray nozzles may otherwise become
blocked.
When handling washer fluid, observe the
important safety notes on service products
(Y page 444). At temperatures above freezing:
X
Fill the washer fluid reservoir with a mixture
of water and windshield washer fluid, e.g.
MB SummerFit.
Add 1 part MB SummerFit to 100 parts water.
At temperatures below freezing:
X Fill the washer fluid reservoir with a mixture
of water and washer fluid, e.g. MB
WinterFit.
Adapt the mixing ratio to the outside
temperature.
R Down to 14 ‡ (001910 †): mix 1 part MB
WinterFit to 2 parts water.
R Down to 00194 ‡ (001920 †): mix 1 part MB
WinterFit to 1 part water.
R Down to 001920.2 ‡ (001929 †): mix 2 parts MB
WinterFit to 1 part water.
i Add windshield washer fluid, e.g. MB
SummerFit or MB WinterFit, to the washer
fluid all year round. Climate control system refrigerant
Important safety notes The climate control system of your vehicle is
filled with refrigerant R-134a.
The instruction label regarding the refrigerant
type used can be found on the radiator cross
member.
!
Only the refrigerant R-134a and the PAG
oil approved by Mercedes-Benz may be
used. The approved PAG oil may not be
mixed with any other PAG oil that is not
approved for R-134a refrigerant.
Otherwise, the climate control system may
be damaged.
Service work, such as topping-up refrigerant
or replacing components, may only be carried
out by a qualified specialist workshop. All
applicable regulations must be adhered to,
SAE standard J639 included. Service products and filling capacities
451Technical data Z

Always have work on the climate control
system carried ou
tataqualified specialist
workshop.
Refrigerant instruction label Example: refrigerant instruction label
0002
Warning symbol
0003 Refrigeran tfilling capacity
0023 Applicable SA Estandards
0022 PAG oil part number
0020 Type of refrigerant
Warning symbols 0002indicate:
R possible dangers
R having service work carried out at a
qualified specialis tworkshop
Filling capacities Missing values were not available at time of
going to print.
ML 350 Capacity
Refrigerant
1050 ± 10 g (37.0 ±
0.4 oz) PAG oil
All other models Capacity
Refrigerant
PAG oil Vehicle data
General notes
Please note that for the specified vehicle
data:
R the heights specified may vary as a result
of:
-tires
- load
- condition of the suspension
- optional equipment
R optional equipment reduces the maximum
payload.
Observe the information relating to level
control:
R AIRMATIC package (Y page 209)
R ON&OFFROAD package (Y page 202) Dimensions and weights452
Vehicle dataTechnical data

Models with: 0002
Opening
height 0003
Maximum
headroom Steel
suspension
86.4 in
(2195 mm) 78.2 in
(1987 mm) AIRMATIC
package
84.3 in -
87.2 in
(2140 mm - 2215 mm) 76.0 in -
79.0 in
(1931 mm - 2006 mm) ON&OFFROAD
package 84.3 in -
88.4 in
(2140 mm - 2245 mm) 76.0 in -
80.2 in
(1931 mm - 2036 mm) 0002
Opening
height 0003
Maximum
headroom AMG vehicles
84.6 in -
87.0 in
(2148 mm - 2211 mm) 76.5 in -
78.9 in
(1943 mm - 2004 mm) All models (except for
AMG vehicles)
Vehicle width including
exterior mirrors
84.3 in
(2141 mm) Maximum vehicle height
(steel suspension)
70.7 in
(1796 mm) Maximum vehicle height
(AIRMATIC package)
71.6 in
(1818 mm) Maximum vehicle height
(ON&OFFROAD package)
72.8 in
(1848 mm) Minimum vehicle height
(highway driving level)
69.2 in
(1758 mm) Wheelbase
114.8 in
(2915 mm) All models (except for
AMG vehicles)
Maximum ground
clearance (steel
suspension)
8.0 in
(202 mm) Maximum ground
clearance (AIRMATIC
package)
10.0 in
(255 mm) Maximum ground
clearance (ON&OFFROAD
package)
11.2 in
(285 mm) Minimum ground
clearance
(AIRMATIC package)
(ON&OFFROAD package)
7.1 in
(180 mm) Turning radius
38.7 ft
(11.80 m) Maximum roof load
220 lb
(100 kg) Model Vehicle
length ML 250 BlueTEC 4MATIC
ML 350
ML 350 4MATIC
ML 350 BlueTEC 4MATIC
189.1 in
(4804 mm) ML 550 4MATIC
190.5 in
(4839 mm) ML 63 AMG 4MATIC
Vehicle length
189.6 in
(4817 mm) Vehicle width including
exterior mirrors
84.3 in
(2141 mm) Maximum vehicle height
71.4 in
(1815 mm) Minimum vehicle height
69.0 in
(1752 mm) Vehicle data
453Technical data Z

ML 63 AMG 4MATIC
Wheelbase
114.8 in
(2915 mm) Maximum ground
clearance
9.2 in
(233 mm) Minimum ground
clearance
6.8 in
(172 mm) Turning radius
38.7 ft
(11.80 m) Maximum roof load
220 lb
(100 kg) Vehicle data for off-road driving
Fording depth
0002
Fording depth Fording
depth Steel-sprung vehicles
20 in
(50 cm) Vehicles with the
AIRMATIC package and
AMG vehicles Raised level 20 in
(50 cm) For more information about off-road fording,
see (Y
page 186). Approach/departure angle
All vehicles (except vehicles with AMG
bodystyling)
0002 0003
Steel-sprung
vehicles
26° 25°
Vehicles with the
AIRMATIC
package
Highway level 23° 23°
Raised level 30° 28°
Vehicles with the
ON&OFFROAD
package
Highway level 23° 23°
Off-road level 1 26° 25°
Off-road level 2 30° 28°
Off-road level 3 31° 29°
AMG vehicles
Highway level (in
sports mode with
the AMG adaptive
suspension system
activated) 19° 21°
Raised level 23° 24°454
Vehicle data for off-road drivingTechnical data

Vehicles with AMG bodystyling
0002 0003
Steel-sprung
vehicles
25° 25°
Vehicles with the
AIRMATIC
package
Highway level 22° 22°
Raised level 28° 27°
Vehicles with the
ON&OFFROAD
package
Highway level 22° 22°
Off-road level 1 25° 24°
Off-road level 2 28° 27°
Off-road level 3 29° 29°
For further information abou
tapproach/
departure angles, see ( Ypage 190). Maximum gradient-climbing
capability
Note that the vehicle's gradient-climbing
capability depends on the off-road conditions
and the road surface conditions.
Vehicles with the ON&OFFROAD
package: the maximum gradient climbing
ability is 100 %when the LOW RANGE off-road
gear is selected.
Vehicles without the ON&OFFROAD
package: the maximum gradient climbing
ability is 80%.
Accelerate carefully and make sure that the
wheels do not spin when driving on steep
terrain.
i If the load on the front axle is reduced
when pulling away on a steep uphill slope,
the front wheels have a tendency to spin.
4ETS recognizes this and brakes the wheels accordingly. The rear wheel torque
is increased, making it easier to drive off.
For further information about the maximum
gradient climbing ability, see (Y page 191). Trailer tow hitch
Mounting dimensions
! If you have a trailer tow hitch retrofitted,
changes to the cooling system and drive
train may be necessary, depending on the
vehicle type.
If you have a trailer tow hitch retrofitted,
observe the anchorage points on the
chassis frame. Anchorage points for the trailer tow hitch
(example)
0002
Anchorage points
0003 Rear axle center line Trailer tow hitch
455Technical data Z

Trailer loads
Trailer loads, trailer drawbar noseweights and axle loads Missing values were not availabl
eattime of going to print. ML 350 4MATIC and ML 550 4MATIC
Permissible trailer load
,unbraked Permissible trailer load, braked (at a
minimu
mgradient-climbing capability of
12% from a standstill) 7198 lbs (3265 kg)
Maximum drawbar noseweight (the
drawbar noseweight is no
tincluded in
the trailer load) 575 lbs (261 kg)
Permissible rear axle load when towing
a trailer
3527 lbs (1600 kg)
ML 250 BlueTEC 4MATIC
Permissible trailer load, unbraked
Permissible trailer load, braked (at a
minimu
mgradient-climbing capability of
12% from a standstill) 6613 lbs (3000 kg)
Maximum drawbar noseweight (the
drawbar noseweight is no
tincluded in
the trailer load) 529 lbs (240 kg)
Permissible rear axle load when towing
a trailer
3637 lbs (1650 kg)
ML 350
Permissible trailer load, unbraked
Permissible trailer load, braked (at a
minimu
mgradient-climbing capability of
12% from a standstill) 6613 lbs (3000 kg)
Maximum drawbar noseweight (the
drawbar noseweight is no
tincluded in
the trailer load) 529 lbs (240 kg)
Permissible rear axle load when towing
a trailer
3527 lbs (1600 kg)456
Trailer tow hitchTechnical data