BAIC

BAIC BJ60

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The official data lists 2 versions of the BAIC BJ60 (2024–2025), in the European Union. Each market publishes its own figures, measured on its own test procedure.

At a glance

Years in the data
2024–2025
Markets
European Union
Engines
2.0 L
Power
188 kW (256 PS)
Fuels
Petrol
Lowest consumption (European Union)
13.0 L/100 km (WLTP)
New registrations in the EU
73

What is the BAIC BJ60?

The BJ60 is a large SUV in BAIC’s Beijing off-road family. Its roomy, comfort-focused character brings family travel into the brand’s off-road range.

Engines and power

The BJ60 listed in European Union EEA registrations has a 2.0-litre petrol engine producing 188 kW (256 PS). The registration figures cover 2024–2025 and two versions.

How economical is the BAIC BJ60?

The lowest listed consumption is 13 L/100 km on the WLTP test, a figure given for petrol, diesel and hybrid versions. Test procedures vary by region: Europe uses WLTP or NEDC, the USA uses EPA testing, and Canada uses its 5-cycle procedure.

Where was the BJ60 sold?

The EEA registration total is 73: 14 in 2024 and 59 in 2025.

Questions and answers

What engine does the EU-listed BJ60 use?

It has a 2.0-litre petrol engine producing 188 kW (256 PS).

What is the BJ60’s lowest listed fuel consumption?

The lowest listed figure is 13 L/100 km on the WLTP test, for petrol, diesel and hybrid versions.

How many BJ60s were registered in the EU?

The EEA registration total is 73 for 2024–2025: 14 in 2024 and 59 in 2025.

All BJ60 versions

European Union 2 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)CO₂EU registrations
20252.0 L188 kW (256 PS)Petrol13.0 L/100 km WLTP244 g/km59
20242.0 L188 kW (256 PS)Petrol–219 g/km14

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