BMW X6 M Competition BMW Individual Special Paint Urban Green SUV F96 2020 side view

THE X6 M

BMW M

THE BMW X6 M AUTOMOBILES: ENGINES & TECHNICAL DATA

THE X6 MTHE BMW X6 M AUTOMOBILES: ENGINES & TECHNICAL DATA

Here you can find the technical data of the BMW X6 M Automobiles – BMW X6 M Competition, BMW X6 M, BMW X6 M50i and BMW X6 M50d.

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Engines and technical data.

Weight
Unladen weight EU in kg
2,370
Max. permissible weight in kg
3,000
Permitted load in kg
705
Permitted axle load front/rear in kg
1,410/1,630
Luggage capacity min. (seats up or roof down) in l
580
Luggage capacity max. (seats down or roof up) in l
1,530
Trailer load (unbraked) in kg
750
Trailer load 8% (braked) in kg
3,000
Trailer load 12% (braked) in kg
3,000
Engine
Cylinders/valves
8/4
Capacity in ccm
4,395
Stroke/bore in mm
88.3/89.0
Engine power in kW (PS) at 1/min
460 (625)/6,000
Engine torque (Nm) at 1/min
750/1,800-5,850
Compression ratio : 1
10.0
Performance
Top speed in km/h
250 (290)
Acceleration 0–100 km/h in s
3.8
Fuel consumption
Urban in l/100 km
17.5-16.8
Extra-urban in l/100 km
10.0-9.5
Combined in l/100 km
12.7-12.5
CO2 combined emissions in g/km
289-284
Tank capacity, approx. in l
83
Wheels
Tyre dimensions front
295/35 ZR21 107Y ZL
Tyre dimensions rear
315/30 ZR22 107Y XL
Wheel dimensions and material front
10,5 J x 21 inches, light-alloy
Wheel dimensions and material rear
11,5 J x 22 inches, light-alloy
Weight
Unladen weight EU in kg
2,370
Max. permissible weight in kg
3,000
Permitted load in kg
705
Permitted axle load front/rear in kg
1,410/1,630
Luggage capacity min. (seats up or roof down) in l
580
Luggage capacity max. (seats down or roof up) in l
1,530
Trailer load (unbraked) in kg
750
Trailer load 8% (braked) in kg
3,000
Trailer load 12% (braked) in kg
3,000
Engine
Cylinders/valves
8/4
Capacity in ccm
4,395
Stroke/bore in mm
88.3/89.0
Engine power in kW (PS) at 1/min
460 (625)/6,000
Engine torque (Nm) at 1/min
750/1,800-5,850
Compression ratio : 1
10.0
Performance
Top speed in km/h
250 (290)
Acceleration 0–100 km/h in s
3.8
Fuel consumption
Urban in l/100 km
17.5-16.8
Extra-urban in l/100 km
10.0-9.5
Combined in l/100 km
12.7-12.5
CO2 combined emissions in g/km
289-284
Tank capacity, approx. in l
83
Wheels
Tyre dimensions front
295/35 ZR21 107Y ZL
Tyre dimensions rear
315/30 ZR22 107Y XL
Wheel dimensions and material front
10,5 J x 21 inches, light-alloy
Wheel dimensions and material rear
11,5 J x 22 inches, light-alloy
Weight
Unladen weight EU in kg
2,370
Max. permissible weight in kg
3,000
Permitted load in kg
705
Permitted axle load front/rear in kg
1,410/1,630
Luggage capacity min. (seats up or roof down) in l
580
Luggage capacity max. (seats down or roof up) in l
1,530
Trailer load (unbraked) in kg
750
Trailer load 8% (braked) in kg
3,000
Trailer load 12% (braked) in kg
3,000
Engine
Cylinders/valves
8/4
Capacity in ccm
4,395
Stroke/bore in mm
88.3/89.0
Engine power in kW (PS) at 1/min
460 (625)/6,000
Engine torque (Nm) at 1/min
750/1,800-5,850
Compression ratio : 1
10.0
Performance
Top speed in km/h
250 (290)
Acceleration 0–100 km/h in s
3.8
Fuel consumption
Urban in l/100 km
17.5-16.8
Extra-urban in l/100 km
10.0-9.5
Combined in l/100 km
12.7-12.5
CO2 combined emissions in g/km
289-284
Tank capacity, approx. in l
83
Wheels
Tyre dimensions front
295/35 ZR21 107Y ZL
Tyre dimensions rear
315/30 ZR22 107Y XL
Wheel dimensions and material front
10,5 J x 21 inches, light-alloy
Wheel dimensions and material rear
11,5 J x 22 inches, light-alloy
Weight
Unladen weight EU in kg
2,370
Max. permissible weight in kg
3,000
Permitted load in kg
705
Permitted axle load front/rear in kg
1,410/1,630
Luggage capacity min. (seats up or roof down) in l
580
Luggage capacity max. (seats down or roof up) in l
1,530
Trailer load (unbraked) in kg
750
Trailer load 8% (braked) in kg
3,000
Trailer load 12% (braked) in kg
3,000
Engine
Cylinders/valves
8/4
Capacity in ccm
4,395
Stroke/bore in mm
88.3/89.0
Engine power in kW (PS) at 1/min
460 (625)/6,000
Engine torque (Nm) at 1/min
750/1,800-5,850
Compression ratio : 1
10.0
Performance
Top speed in km/h
250 (290)
Acceleration 0–100 km/h in s
3.8
Fuel consumption
Urban in l/100 km
17.5-16.8
Extra-urban in l/100 km
10.0-9.5
Combined in l/100 km
12.7-12.5
CO2 combined emissions in g/km
289-284
Tank capacity, approx. in l
83
Wheels
Tyre dimensions front
295/35 ZR21 107Y ZL
Tyre dimensions rear
315/30 ZR22 107Y XL
Wheel dimensions and material front
10,5 J x 21 inches, light-alloy
Wheel dimensions and material rear
11,5 J x 22 inches, light-alloy

Fuel consumption and CO2 emissions.

  • BMW X6 M Competition(2):
    Fuel consumption in l/100 km (combined): 12.7–12.5
    CO2 emissions in g/km (combined): 289–284

    BMW X6 M(2):
    Fuel consumption in l/100 km (combined): 12.7–12.5
    CO2 emissions in g/km (combined): 289–284

    BMW X6 M50i:
    Fuel consumption in l/100 km (combined): 10.7–10.4
    CO2 emissions in g/km (combined): 243–237

    BMW X6 M50d:
    Fuel consumption in l/100 km (combined): 7.2–6.9
    CO2 emissions in g/km (combined): 190–181

    The values of the vehicles labelled with (2) are preliminary.

    The BMW Individual Special Paint Urban Green shown here for the BMW X6 M Competition is expected to be available from 8/2020 onwards.

    The information on fuel consumption, CO2 emissions and energy consumption has been determined in accordance with the prescribed measurement procedure VO (EU) 715/2007 in the version applicable at the time of type approval. The figures refer to a vehicle with basic configuration in Germany and the range shown considers optional equipment and the different size of wheels and tires available on the selected model.

    Further information about the official fuel consumption and the official specific CO2 emissions for new passenger automobiles cars can be found in the 'New Passenger Vehicle Fuel Consumption and CO2 Emission Guidelines', which are available free of charge at all sales outlets and from The Society of the Irish Motor Industry, 5 Upper Pembroke Street, Dublin 2.

    The values are already based on the new WLTP regulation and are translated back into NEDC-equivalent values in order to ensure the comparison between the vehicles. For vehicle related taxes or other duties based (at least inter alia) on CO2-emissions the CO2 values may differ to the values stated here.