Mercedes-Benz GLK-Class Off-roader: models

Engine and performance
Cylinder arrangement/number
R4
R4
Displacement (cc)
2143
2143
Rated output (kW [hp] at rpm)
125/3200–4800 (125/3200–4800)
– (150/4200)
Rated torque (Nm at rpm)
400/1400–2800 (400/1400–2800)
– (500/1600–1800)
Compression ratio
16.2:1
16.2:1
Acceleration 0-100 km/h (s)
8.5 (8.7)
– (7.9)
Top speed (km/h)
205 (205)
– (210)
Emission class
EU5 (EU5)
– (EU5)
Fuel and emissions
Tank capacity/with reserve (l)
59/8
59/8
Fuel consumption, urban (l/100km)
7.2–7.5 (8.0–8.4)
– (8.4–8.7)
Fuel consumption, extra-urban (l/100km)
5.1–5.3 (5.3–5.6)
– (5.7–6.0)
Fuel consumption combined (l/100km)
5.8–6.1 (6.3–6.7)
– (6.7-7.0)
CO2 emissions (g/km) combined
153–160 (164–174)
– (176–183)
Cd value
0.34
0.34
Power transmission
Drive system
Rear drive
Permanent all-wheel drive
Transmissions
6-speed manual transmission (7G-TRONIC)
– (7G-TRONIC)
Mechanical transmission ratios
5.01/ 2.83/ 1.79/ 1.26/ 1.00/ 0.83/ R 4.57
Automatic transmission ratios
4.38/2.86/1.92/1.37/1.00/0.82/0.73/R1 3.42/R2 2.23
4.38/2.86/1.92/1.37/1.00/0.82/0.73/R1 3.42/R2 2.23
Final drive transmission ratio
2.82 (3.47)
– (3.46)
Suspension and steering
Front axle
Multi-link
Multi-link
Rear axle
Multilink rear suspension
Multilink rear suspension
Suspension, front/rear
Coil spring, twin-tube gas-filled/coil spring, single-tube gas-filled
Coil spring, twin-tube gas pressure with SDD/coil spring, single-tube gas pressure with SDD
Front tyres/wheels
235/60 R 17
235/60 R 17
Rear tyres/wheels
235/60 R 17
235/60 R 17
Front brakes
Discs, internally ventilated
Discs, internally ventilated
Rear brakes
Discs, internally ventilated
Discs, internally ventilated
Quantity, dimensions & weights
Boot capacity (VDA) (I)
450–1550
450–1550
Turning circle (m)
11.50
11.50
Kerb weight/payload capacity (kg)
1790/595 (1810/590)
– (1845/595)
Perm. GVW (kg)
2385 (2400)
– (2440)
Maximum roof load (kg)
75
75
Permitted towing capacity unbraked/braked (kg)
750/2000
750/2000

GLK-Class

Fascination

Facts and figures

  • Off-road capabilities
  • Design
  • Drive system & chassis
  • Comfort
  • Safety
  • Environment
  • Equipment & accessories
  • Technical data
  • Multifunctionality

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