BMW X6 M Competition F96 2020 BMW Individual Special Paint Urban Green three-quarter rear view

THE X6 M

BMW X6 M Competition F96 2020 BMW Individual Special Paint Urban Green three-quarter rear view

BMW X6 M MODELS:
ENGINES &
TECHNICAL
DATA.

THE X6 MBMW X6 M MODELS:<br> ENGINES & <br>TECHNICAL<br> DATA.
    BMW X6 M models

    BMW X6 M Competition and BMW X6 M50i – engines, facts and dimensions.

    The key facts and figures for the BMW X6 M Competition and BMW X6 M50i at a glance: find out all about engines, consumption, CO2 emissions and dimensions of both BMW X6 M models. Compare impressive performance data such as displacement, hp, Nm and acceleration.

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    ENGINES AND TECHNICAL DATA OF THE BMW X6 M MODELS.

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    System Power

    Fuel type Petrol
    System power in kW (hp) 390 (530)
    Max. Torque (Nm) 750
    Gearbox Automatic, 8-speed
    Drive Type all wheel drive

    Engine

    Cylinder/ Valves per cylinder 8 / 4
    Technical capacity in cm3 4,395
    Engine performance in kW (hp) 390 (530) / 5500 - 6000
    Max torque(Nm) per 1/min 750 / 1800 - 4600

    Performance

    Top Speed 155
    Acceleration 4.3

    Measurements

    Length/Width/Height 4,935 / 2,004 / 1,696
    Width incl. mirrors (driver / passenger side) in mm 2212 (1119 / 1093)
    Wheelbase in mm/Wheel turn in m 2,975 / 12.6
    Ground clearance in mm 216
    x6-m
    x6-m

    Weight

    Weight not loaded in kg 2,315
    Weight Max in kg 2,980
    Permitted load in kg 740
    Permitted Axle load front/rear in kg 1,430 / 1,625
    Allowed unbraked trailer load / drawbar load in kg 750 / 140
    Allowed braked trailer load up to 12 % / 8 % incline in kg 2,700 / 2,700
    Trunk capacity min.-max. in l 580 - 1530

    Wheels

    Tire front 275/40 R21 107 Y XL
    Tire rear 315/35 R21 111 Y XL
    Rim front 9,5Jx21 LM
    Rim rear 10,5Jx21 LM

    Consumption

    Combined in mpg 25.2 - 24.6
    Tank capacity in l 83

    CO2 Emissions

    Combined in g/km 257 - 263

    System Power

    Fuel type Petrol
    System power in kW (hp) 460 (625)
    Max. Torque (Nm) 750
    Gearbox Automatic, 8-speed
    Drive Type all wheel drive

    Engine

    Cylinder/ Valves per cylinder 8 / 4
    Technical capacity in cm3 4,395
    Engine performance in kW (hp) 460 (625) / 6,000
    Max torque(Nm) per 1/min 750 / 1800 - 5860

    Performance

    Top Speed 155
    Acceleration 3.8

    Measurements

    Length/Width/Height 4,941 / 2,019 / 1,693
    Width incl. mirrors (driver / passenger side) in mm 2212 (1119 / 1093)
    Wheelbase in mm/Wheel turn in m 2,972 / 12.8
    Ground clearance in mm 206
    x6-m
    x6-m

    Weight

    Weight not loaded in kg 2,395
    Weight Max in kg 3,000
    Permitted load in kg 680
    Permitted Axle load front/rear in kg 1,410 / 1,630
    Allowed unbraked trailer load / drawbar load in kg 750 / 140
    Allowed braked trailer load up to 12 % / 8 % incline in kg 2,700 / 2,700
    Trunk capacity min.-max. in l 580 - 1530

    Wheels

    Tire front 295/35 ZR21 107Y XL
    Tire rear 315/30 ZR22 107Y XL
    Rim front 10,5J x 21 EH2
    Rim rear 11,5J x 22 EH2

    Consumption

    Combined in mpg 21.4 - 21.1
    Tank capacity in l 83

    CO2 Emissions

    Combined in g/km 300 - 305
    BMW wheels and tyres EU tyre label close-up

    BMW WHEELS & TYRES.

    We subject the tyres for our vehicles to stringent tests with up to 50 different quality criteria – significantly more than prescribed by the uniform tyre labelling regulation that applies throughout Europe. This is where you will find all the information on the properties of the tyres used at BMW.

    Fuel consumption and CO2 emissions of the BMW X6 M Models.

    For plug-in hybrid vehicles these figures were obtained using a combination of battery power and fuel, for battery electric vehicles after the battery had been fully charged. Plug-in hybrid and battery electric vehicles require mains electricity for charging. Figures shown are for comparability purposes. Only compare fuel consumption, CO2 and electric range figures with other cars tested to the same technical procedures. These figures may not reflect real life driving results, which will depend upon a number of factors including the starting charge of the battery, accessories fitted (post-registration), variations in weather, driving styles and vehicle load.


    At temperatures below 0 degrees Celsius, purely electric driving mode of plug-in hybrid models will not be available until the battery has warmed up to an operational condition after the vehicle has travelled a few miles.

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    ​

    • For plug-in hybrid vehicles these figures were obtained using a combination of battery power and fuel, for battery electric vehicles after the battery had been fully charged. Plug-in hybrid and battery electric vehicles require mains electricity for charging. Figures shown are for comparability purposes. Only compare fuel consumption, CO2 and electric range figures with other cars tested to the same technical procedures. These figures may not reflect real life driving results, which will depend upon a number of factors including the starting charge of the battery, accessories fitted (post-registration), variations in weather, driving styles and vehicle load.


      At temperatures below 0 degrees Celsius, purely electric driving mode of plug-in hybrid models will not be available until the battery has warmed up to an operational condition after the vehicle has travelled a few miles.