BMW iX3 second generation

BMW iX3 second generation
Photo: © M 93 / Wikimedia Commons · CC BY-SA 3.0 de

The BMW iX3 second generation (since 2027): dimensions, weights, reliability and the official figures of its 1 version in the United States.

Model codes: NA5 · Sold in: United States and Canada

Dimensions, weights and capacity

SpecificationEuropeNorth AmericaWikipedia
Dimensions
Length4,780 mm RDW–4,782–4,885 mm
Width1,900 mm RDW–1,895 mm
Height1,640 mm RDW–1,635 mm
Wheelbase2,900 mm RDW–2,897–3,005 mm
Weights and towing
Kerb weight2,060–2,260 kg RDW–2,285 kg
Mass in running order2,160–2,360 kg RDW––
Gross vehicle weight2,625–2,825 kg RDW––
Towing, braked trailer2,000 kg RDW––
Towing, unbraked trailer750 kg RDW––
Seats and space
Seats5 RDW––
Doors4 RDW––
Boot space620–861 L EV DB––
Performance
Top speed200–210 km/h RDW––
0–100 km/h4.9 s EV DB––
Torque645 Nm EV DB––
Electric
Battery capacity (usable)108.7–112.2 kWh EV DB–77.0–113.4 kWh
Battery capacity (gross)115.0 kWh EV DB––
Range (WLTP)742 km EV DB––
Range (EPA/NRCan)–616–698 km EPA–
Energy use151 Wh/km EV DB––
AC charging power11–19 kW EV DB––
DC fast charging power400 kW EV DB––
Charging time at 240 V–8.0 h EPA–

Tyre sizes (most common first): 255/40R21, 255/45R20, 255/35R22, 275/35R22, 275/40R21

Ranges cover the generation’s versions and body styles; European and North American versions can differ. Sources: RDW type approvals (Netherlands), Wikipedia, open EV databases (EV Compare, Open EV Data, Gaia EVDB), US EPA fuel economy data, Traficom type approvals (Finland). Wikipedia figures are used under CC BY-SA 4.0.

The BMW iX3 second generation’s 1 version

United States 1 version

Model years sold in the USA, from the EPA and the Department of Energy (fueleconomy.gov). MPG on the EPA test; litres per 100 km = 235.215 ÷ MPG.

Years and versionEngineFuelGearboxDriveConsumption (combined)CO₂Electric range
2027Electric motorElectricAutomaticAll-wheel drive102–118 MPGe EPA0 g/km616–698 km

Similar models from other brands

Official figures are measured on standard test procedures and differ between markets. Your consumption depends on how, where and in what conditions you drive.