BMW ALPINA B4 S BITURBO

Technical Data

BMW ALPINA B4 S BITURBO Coupé  

Engine

Cylinders6 in line
Capacity (cc)2979
Bore (mm)84,0
Stroke (mm)89,6
Compression ratio (:1)10,2
Max output (kW (hp) / rpm)324 (440) / 5500-6250
Max torque (Nm / 1/min)660 / 3000-4500
Engine managementBOSCH MEVD 17.2.G
Fuel type98-octane
Emissions classificationEuro 6d-TEMP

Performance

Acceleration 0-100 km/h (s)4,2
Top speed (km/h)306

Fuel consumption *

CO2 efficiencyG
CO2 emissions from the fuel and / or the electricity supply (g/km)48

Transmission

Type8-Speed Sport-Automatic ZF 8HP70 SWITCH-TRONIC
1st4,71
2nd3,14
3rd2,11
4th1,67
5th1,29
6th1,00
7th0,84
8th0,67
Final drive ratio2,81

Wheels and tyres

Standard wheels and tyresALPINA CLASSIC 20"
Front8 x 20 245/30 ZR20
Rear9 x 20 265/30 ZR20

Dimensions

Length (mm)4640
Width (mm)1825
Height, unladen (mm)1373
Wheelbase (mm)2810
Track, front (mm)1552
Track, rear (mm)1576
Luggage capacity (l)445
Fuel tank capacity (l)ca. 60

Weight

Unladen (EU) (kg)1690
Max permissible (kg)2135
Permitted load (kg)520
Max axle load, front (kg)1030
Max axle load, rear (kg)1150
Max trailer load, braked (kg)1700
Max trailer load, unbraked (kg)750

* Information on fuel consumption and CO2 emissions according to the applicable EU Directive VO (EU) 715/2007.
The disclosed fuel consumption and CO2 emissions are measured according to WLTP (Worldwide Harmonized Light-Duty Vehicles Test Procedure) and converted to NEDC (New European Driving Cycle) for comparison purposes. Depending on your country, vehicle related taxes or other duties may be based on fuel consumption and CO2 emissions data which differs from that shown here.

Information on fuel consumption and CO2 emissions, including a listing of all offered new vehicles is available at all sales offices free of charge or online at www.energieetikette.ch. Fuel consumption and CO2 emissions of a vehicle do not only depend on the efficient utilization of the fuel by the vehicle, but are also influenced by the driving behavior, the chosen tyre dimension and other nontechnical factors. CO2 is the greenhouse gas that is primary responsible for global warming. The average CO2 emission for all registered new vehicles in 2018 is 133 g/km.

Efficiency-Class

Determined on the basis of the measured CO2 emissions taking into account
the mass of the vehicle.