BMW X2 F39

BMW X2 F39
Photo: Cutlass / Wikimedia Commons · CC0

The BMW X2 F39 (2017–2023): dimensions, weights, reliability and the official figures of its 42 versions in the European Union, the United States, and Canada.

Model codes: F39

Dimensions, weights and capacity

SpecificationEuropeNorth AmericaWikipedia
Dimensions
Length4,360 mm RDW4,360 mm TC4,360 mm
Width1,820 mm RDW1,820 mm TC1,824 mm
Height1,510–1,530 mm RDW1,530 mm TC1,526 mm
Wheelbase2,670 mm RDW2,670 mm TC2,670 mm
Front track1,563–1,591 mm ASTRA1,560 mm TC–
Rear track1,562–1,592 mm ASTRA1,560 mm TC–
Weights and towing
Kerb weight1,390–1,705 kg RDW1,587–1,691 kg TC1,460–1,684 kg
Mass in running order1,490–1,805 kg RDW––
Gross vehicle weight2,005–2,300 kg RDW––
Towing, braked trailer1,700–2,000 kg RDW––
Towing, unbraked trailer725–750 kg RDW––
Seats and space
Seats5 RDW––
Doors4 RDW––
Luggage space (EPA)–595 L EPA–
Passenger space (EPA)–2,662 L EPA–
Performance
Top speed195–227 km/h RDW––
Torque220–450 Nm ASTRA––
Electric
Battery capacity (usable)––10.0 kWh

Tyre sizes (most common first): 225/50R18, 225/55R17, 225/45R19, 205/60R17, 205/55R18, 225/40R20

Ranges cover the generation’s versions and body styles; European and North American versions can differ. Sources: RDW type approvals (Netherlands), Transport Canada vehicle specifications, Wikipedia, ASTRA type approvals (Switzerland), US EPA fuel economy data, Traficom type approvals (Finland). Wikipedia figures are used under CC BY-SA 4.0.

Reliability and owner reports

UK MOT: first-time pass rate by age

Age at testPass rateUK averageTests
3 years90.3% (89.8–90.8)92.2%12,808
4–5 years89.7% (89.3–90.1)91.0%25,136
6–8 years88.4% (87.5–89.3)86.4%4,501

What the MOT finds

AreaThis modelUK average, same ages
Tyres25.1%23.6%
Brakes8.8%14.7%
Visibility (glass, mirrors, wipers)6.4%6.1%
Lights and electrics3.4%5.0%
Suspension1.3%4.9%
Noise, emissions and leaks1.0%1.6%

First MOT test of each car per year in 2022–2024, from the DVSA’s anonymised test results; only ages with at least 500 tests are shown. The figure in brackets is the 95% confidence interval; green or red means clearly above or below the UK average. The second table shows how often an item was noted (defect or advisory) in each area, against the UK average for cars of the same ages. DVSA anonymised MOT tests (Open Government Licence)

Owner complaints to NHTSA (US)

22 complaints for model years 2018–2023. 3 crashes · 1 fire · 2 injuries

Complaints are reported by owners and not checked by NHTSA; they are not adjusted for how many cars were sold, so popular models have more. NHTSA owner complaints

All 42 versions of the BMW X2 F39

Show all 42 versions

European Union 39 versions

New cars registered in the EU (plus Norway and Iceland), from the European Environment Agency. Figures on the NEDC procedure until 2020 and on WLTP from 2021; versions are grouped by engine and power, with their number of registrations.

Years and versionEnginePowerFuelConsumption (combined)CO₂Electric rangeEU registrations
2021–20242.0 L225 kW (306 PS)Petrol7.6–7.7 L/100 km WLTP176 g/km–2,129
2021–20231.5 L100 kW (136 PS)Petrol6.2–6.3 L/100 km WLTP145–146 g/km–18,065
2021–20231.5 L92 kW (125 PS)Plug-in hybrid1.7–3.4 L/100 km WLTP14.7–15.2 kWh/100 km WLTP38–40 g/km52–53 km16,283
2021–20232.0 L110 kW (150 PS)Diesel5.0–5.3 L/100 km WLTP139–141 g/km–18,269
2021–20231.5 L85 kW (116 PS)Diesel4.8–5.1 L/100 km WLTP134 g/km–6,830
2021–20232.0 L131 kW (178 PS)Petrol6.7 L/100 km WLTP154–157 g/km–9,089
2021–20232.0 L140 kW (190 PS)Diesel5.4–5.5 L/100 km WLTP145–147 g/km–6,257
2021–20232.0 L170 kW (231 PS)Diesel5.8 L/100 km WLTP152–153 g/km–953
20231.5 L115 kW (156 PS)Hybrid6.3 L/100 km WLTP142 g/km–91
2022–20232.0 L233 kW (317 PS)Hybrid–––84
20232.0 L221 kW (300 PS)Petrol7.8 L/100 km WLTP177 g/km–73
2022–20232.0 L110 kW (150 PS)Hybrid–––56
2022–20232.0 L180 kW (245 PS)Petrol–––31
2021–20232.0 L100 kW (136 PS)Diesel4.8–5.2 L/100 km WLTP136–139 g/km–382
20231.5 L92 kW (125 PS)Hybrid1.8 L/100 km WLTP112 g/km–24
2022–20232.0 L150 kW (204 PS)Hybrid–––22
20221.5 L206 kW (280 PS)Petrol–145 g/km–81
20221.5 L115 kW (156 PS)Hybrid–––22
20222.0 L150 kW (204 PS)Petrol–––11
20211.5 L92 kW (125 PS)Petrol14.9 kWh/100 km WLTP39 g/km52 km475
20211.5 L103 kW (140 PS)Petrol6.7 L/100 km WLTP153 g/km–323
20212.0 L141 kW (192 PS)Petrol7.0 L/100 km WLTP161 g/km–288
2018–20202.0 L110 kW (150 PS)Diesel–117–121 g/km–37,191
2018–20201.5 L103 kW (140 PS)Petrol–124–128 g/km–39,697
2017–20202.0 L141 kW (192 PS)Petrol–134–136 g/km–41,336
2017–20202.0 L140 kW (190 PS)Diesel–122–126 g/km–33,285
2018–20201.5 L85 kW (116 PS)Diesel–109–112 g/km–10,417
20201.5 L92 kW (125 PS)Plug-in hybrid14.8 kWh/100 km NEDC43 g/km53 km3,352
2018–20201.5 L100 kW (136 PS)Petrol–125–130 g/km–6,185
2019–20202.0 L225 kW (306 PS)Petrol–157–158 g/km–4,856
20202.0 L131 kW (178 PS)Petrol–138 g/km–1,192
2017–20202.0 L170 kW (231 PS)Diesel–128–139 g/km–2,775
2018–20202.0 L100 kW (136 PS)Diesel–114–119 g/km–1,925
2018–20202.0 L120 kW (163 PS)Diesel–120–126 g/km–451
20201.5 L28 kW (38 PS)Plug-in hybrid13.7 kWh/100 km NEDC43 g/km57 km45
20201.5 L92 kW (125 PS)Petrol–––41
2018–20202.0 L–Diesel–123–126 g/km–1,781
20202.0 L141 kW (192 PS)Petrol–160 g/km–10
20192.0 L110 kW (150 PS)Diesel13.1 kWh/100 km NEDC119 g/km–24,474

United States 2 versions

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)CO₂
2018–2023SIDI2.0 LPetrol8-speed automaticAll-wheel drive25–27 MPG (8.7–9.4 L/100 km) EPA206–222 g/km
2018–2023SIDI2.0 LPetrol8-speed automaticFront-wheel drive26–27 MPG (8.7–9.0 L/100 km) EPA204–212 g/km

Canada 1 version

Model years sold in Canada, from Natural Resources Canada fuel consumption ratings (5-cycle test).

Years and versionEngineFuelGearboxConsumption (combined)CO₂
2018–2022Sport utility vehicle: Small2.0 LPetrol8-speed automatic8.8–9.5 L/100 km 5-cycle205–222 g/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.