Website currently not fully available

Our tool for managing your permission to our use of cookies is temporarily offline. Therefore some functionality is missing.

A BMW X7 M60i xDrive is standing on a stone plateau beneath a blue sky

THE

X7

BMW M

The BMW X7 M60i xDrive: technical Data.

BMW X7 M60i xDrive: Energy consumption, combined WLTP in l/100 km: 12.2; CO2 emissions, combined WLTP in g/km: 277

The stated values are based on the mandatory WLTP measurement procedure. The real life values depend on various factors, e.g. cargo weight, driving style, route, weather conditions, auxiliary electrical consumption (including air conditioning), tires, battery state of health.

Technical data for the BMW X7 M60i xDrive.

1

Powertrain type

Petrol – 48 Volt Mild-Hybrid

Power in kW (hp)

390 (530)

Torque in Nm

750

Transmission

8-speed, automatic

Drivetrain

All-wheel drive

1

Cylinders

8

Displacement in cm3

4,395

Nominal power in kW (hp)/1/min

390 (530) / 5,500 - 6,000

Nominal torque in Nm/1/min

750 / 1,800 - 4,600

(Nominal) power/30 minutes power in kW (hp)

9 (12) / -

(Nominal) torque in Nm

200

Acceleration 0–100 km/h in s

4.7

Maximum speed in km/h

250

1 , 2

Fuel consumption, combined WLTP in l/100 km

12.2

CO2 emissions, combined WLTP in g/km

277

Stationary noise level in dB(A) / 1/min

68

Pass-by noise in dB(A)

78 / 3,750

3

Battery capacity in kWh

0.4

BMW X7 M60i xDrive
5,181 mm
BMW X7 M60i xDrive
2,000 mm
BMW X7 M60i xDrive
1,835 mm

Length in mm

5,181

Width in mm

2,000

Height in mm

1,835

Width incl. mirrors (driver / passenger side) in mm

- (- / -)

Wheelbase in mm

3,105

Curb weight in kg 4

2,675

Weight max in kg

3,355

Optionally delivered with support for trailer load, braked, up to 12% / towbar download in kg 5

- / 140

Luggage capacity in l

750–2,120

Fuel capacity in l

83

Legal notice.

BMW X7 M60i xDrive: Energy consumption, combined WLTP in l/100 km: 12.2; CO2 emissions, combined WLTP in g/km: 277

The stated values are based on the mandatory WLTP measurement procedure. The real life values depend on various factors, e.g. cargo weight, driving style, route, weather conditions, auxiliary electrical consumption (including air conditioning), tires, battery state of health.