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The BMW TwinPower Turbo engines in the BMW 7 Series.

Overwhelming performance and ground-breaking efficiency – every power unit for the BMW 7 Series is an expression of the dedicated development work of the BMW EfficientDynamics engineers. Their function as a team is similarly impressive. The BMW 740e/Le represents an example of innovative, sustainable and efficient engine technologies.

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BMW TWINPOWER TURBO PETROL ENGINES.

The latest generation BMW TwinPower Turbo petrol engines feature remarkably agile power delivery and excellent responsiveness, even at low engine speeds. At the same time they are more efficient, with fewer emissions and better performance than their predecessors. These innovative engines combine the latest fuel injection technology and fully variable valve control including Double-VANOS with state-of-the-art turbocharger technology and represents a milestone in the BMW EfficientDynamics development strategy. The result is a particularly efficient drive train, which emphasises the renowned BMW engine prowess. The BMW TwinPower Turbo inline 6-cylinder petrol engine has been honoured multiple times with the Engine of the Year Award, bolstering its worldwide reputation for dynamic power delivery, extremely smooth running characteristics and impressive efficiency. The engines from the BMW EfficientDynamics range feature a technology concept that has been proven highly successful and is implemented in nearly all petrol engines.

  • BMW 750i Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1

  • BMW 750Li Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1

  • BMW 750i xDrive Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1

  • BMW 750Li xDrive Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1

  • BMW 740i Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1

  • BMW 740Li Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1

  • BMW 740e Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1

  • BMW 740Le Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1

  • BMW 740Le xDrive Sedan

    CO2 emissions in g/km

    Combined consumption in l/100 km

    Cylinders/valves

    Cylinder capacity in cu. M

    Stroke/Bore (mm)

    Power in kW (h.p.) at 1/min.

    Max. torque (rpm) at 1/min.

    Compression ratio : 1