THE NEW

5

TECHNICAL DATA FOR THE NEW BMW 5 SERIES SEDAN.

TECHNICAL DATA FOR THE BMW 5 SERIES SEDAN.

          1 , 2

          Fuel type

          Petrol – Plug-in-Hybrid

          Power in kW (hp)

          220 (299) 3

          Torque in Nm

          450 3

          Transmission

          8-speed, automatic

          Drivetrain

          Rear-wheel drive

          1

          Cylinders

          4

          Displacement in cm³

          1,998

          Nominal power in kW (hp)/1/min

          140 (190) / 4,400 - 6,500

          Nominal torque in Nm/1/min

          310 / 1,500 - 4,000

          2 , 4

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

          135 (184)

          (Nominal) torque in Nm

          250

          Acceleration 0–100 km/h in s

          6.4

          Top speed in km/h

          230

          Electric top speed in km/h

          140

          1 , 5

          Fuel consumption, combined WLTP in l/100 km 6

          0,8 - 0,6

          CO2 emissions, combined WLTP in g/km 6

          19 - 14

          Energy consumption, combined WLTP in kWh/100 km 6

          21,4 - 18,9

          Electric range, WLTP in km 7

          87 - 102

          8

          Battery capacity in kWh

          19.4

          Maximum charging power AC/DC in kW

          7.4 (-) / -

          Charging time AC 0–100% in h

          3.25

          BMW 530e Limousine
          5,060 mm
          BMW 530e Limousine
          1,900 mm
          BMW 530e Limousine
          1,515 mm

          Length in mm

          5,060

          Width in mm

          1,900

          Height in mm

          1,515

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

          2,156 (1,081 / 1,075)

          Wheelbase in mm

          2,995

          Vehicle curb weight in kg 9

          2,080

          Permissible gross weight in kg

          2,655

          Payload in kg

          650

          Optionally delivered with support for trailer load, braked, up to 12% / towbar download in kg 10

          1,800 / 100

          Luggage capacity in l

          520

          Tank capacity in l

          60

          1

          Fuel type

          Petrol – 48 Volt Mild-Hybrid

          Power in kW (hp)

          140 (190) 11

          Torque in Nm

          310 11

          Transmission

          8-speed, automatic

          Drivetrain

          Rear-wheel drive

          1

          Cylinders

          4

          Displacement in cm³

          1,998

          Nominal power in kW (hp)/1/min

          140 (190)

          Nominal torque in Nm/1/min

          310 / 1,500 - 4,000

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

          8 (11)

          Acceleration 0–100 km/h in s

          8.1

          Top speed in km/h

          230

          1 , 5

          Fuel consumption, combined WLTP in l/100 km

          6,4 - 5,7

          CO2 emissions, combined WLTP in g/km

          144 - 130

          8

          Battery capacity in kWh

          0,9

          BMW 520i sDrive Limousine
          5,060 mm
          BMW 520i sDrive Limousine
          1,900 mm
          BMW 520i sDrive Limousine
          1,515 mm

          Length in mm

          5,060

          Width in mm

          1,900

          Height in mm

          1,515

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

          2,156 (1,081/1,075)

          Wheelbase in mm

          2,995

          Vehicle curb weight in kg 9

          1,800

          Permissible gross weight in kg

          2,335

          Payload in kg

          610

          Luggage capacity in l

          520

          Tank capacity in l

          60

          Fuel consumption and CO2 emissions.

          BMW 520i sDrive: Fuel consumption, combined WLTP in l/100 km: 6,4–5,7; CO2 emissions, combined WLTP in g/km: 144–130

          All technical data are indicative only and varies as per market and configuration. For more information, please check with your local dealer for all fuel consumption and CO2 emissions.