MINI MINI Countryman
The PHEV drivetrain of the F60 Countryman combines the B38 three-cylinder with a rear-axle electric motor; known high-voltage battery issues (faulty cells) led to multiple recalls. Electric range degrades noticeably on older battery packs; check cooling system and oil level regularly, as the engine rarely runs under full load and is prone to condensation in the oil.
Hybrid with electric kick
220 hp system output — rear-axle electric motor gives genuine AWD feel. Spontaneous power delivery, real engine braking in Sport mode.
Engine Weaknesses 5
BMW recalled approximately 26,700 PHEV vehicles including the MINI Countryman SE Hybrid F60 due to fire risk from contamination in high-voltage battery production. Short circuit and vehicle fire possible. Recall should have been carried out free of charge.
Symptoms: No early warning symptoms; fire risk during charging
The B38A15M1's electric water pump can fail without warning. Immediate overheating risk since there is no belt-driven backup.
Symptoms: Sudden overheating warning, coolant temperature rises rapidly, engine goes into limp mode
The combustion side of the PHEV system (B38-based) shares the cooling system weaknesses of the standard engine. The thermostat housing and electric water pump can develop leaks or fail.
Symptoms: Coolant loss, overheating warning, coolant smell
In pure electric mode in the F60 Countryman SE, the B38 three-cylinder starts infrequently and rarely reaches operating temperature. Fuel condenses in the engine oil. With frequent EV operation, oil change intervals must be significantly shortened — recommended every 10,000–15,000 km instead of 30,000 km.
Symptoms: Oil level rises without topping up, oil smells of petrol, increased fuel consumption in combustion mode, cloudy oil
The plastic charge pipe of the B38A15M1 can develop cracks at the connection to the intercooler. Pressure loss leads to power drops.
Symptoms: Hissing under full load, power loss, check engine light, boost pressure fault code
Vehicle Weaknesses 17
Substandard outer tie rod ends from the 2016–2019 production period can wear or break prematurely. Vehicles were updated as part of a recall.
In the event of a collision, the unprotected HPFP can be damaged, leading to fuel leakage and increased fire risk. Affected vehicles were produced between December 2016 and August 2018.
Defective micro gas generators in the seatbelt retractor may fail in an accident. Affected vehicles were produced between January and March 2022.
On PHEV models, contamination in the production process creates a risk of short circuit and fire in the battery cells. Affected vehicles were limited to a maximum 30% charge.
The ignition unit of the head airbag can detach from the gas generator, impairing its protection in an accident. Affected vehicles are from certain production periods.
Vehicles with higher mileage fail the MOT for oil loss significantly more often than average. Seals and shaft seals should be checked regularly.
B38 and B48 petrol engines with direct injection are prone to carbon deposits on intake valves and in the intake tract. Results in power loss and increased fuel consumption.
The diesel particulate filter of the B47 engine can block up with predominantly short-trip driving, as full regeneration is not possible. Regular motorway driving is required.
The EGR valve of the B47 diesel engine clogs with soot deposits. Typically occurs from 100,000–130,000 km. Cleaning or replacement required.
The front control arms with integrated ball joints wear prematurely with age. The ball joint cannot be replaced separately; the complete control arm must be replaced.
The 8-speed torque converter automatic shows juddering, delayed gear changes and sometimes a long delay on 3rd and 5th gear. A clogged oil pump intake filter can cause pump overheating.
Especially JCW and ALL4 variants wear the front brake pads unusually quickly. In mountainous terrain or with spirited driving, owners report complete pad wear in under 20,000 km.
The ball joint of the front control arm wears prematurely. As it cannot be replaced separately, the entire control arm must be renewed. A wheel alignment check is essential after replacement.
The electric tailgate of the Countryman F60 can open spontaneously, especially with vibrations or temperature changes. The cause is defective buttons or control units.
The front lighting is flagged at the MOT significantly more often than the class average. Rear lights also tend to develop condensation from moisture ingress.
The control arm bushings of the Countryman F60 wear faster than on other MINI models on poor roads, due to its higher weight.
The Bluetooth connection drops frequently or cannot be established. The problem mainly affects early models and was largely resolved by software updates at the dealer.