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MINI · Compact · 2024–2028 Custom Search

MINI MINI Countryman U25

Weaknesses, engine ratings and buying advice

2.2 / 5.0 · Based on 5 engine variants · How we rate

The MINI Countryman U25 (2024+) is the third-generation MINI SUV — and a significant size step up from the F60. It has grown to near BMW X1 proportions, which surprises buyers expecting a traditional MINI footprint. The platform is the BMW UKL2 evolution shared with the BMW X1 U11. Built in Leipzig.

Engines: B38B15U (Cooper C 100 kW / Cooper 115 kW) with 48V mild hybrid, B48B20U (Cooper S, 150 kW) also mild hybrid. The plug-in hybrid B48B20U-PHEV">B48B20U-PHEV (Cooper SE ALL4, 210 kW system power) offers around 80 km of electric range — relevant for company car users. Full electric via EM-MINI-U as Cooper E (150 kW) and Cooper SE (230 kW). ALL4 all-wheel drive is available on S, SE, and PHEV trims.

As a new model there is no long-term data. Known recalls: chassis structure bolts (front subframe-to-chassis connection, 2024–2025), seatbelt retractor torsion bar (2025–2026), HV battery degradation on the PHEV is under observation. On the PHEV: real-world electric range is significantly below WLTP in winter. The hybrid powertrain adds around 550–660 lb over the base B38 model.

Test-drive checklist: Check chassis bolt recall by VIN — insist it is completed before purchase. PHEV: measure real electric range with a full charge. EV: test charge flap and check IBS brake recall. ALL4 system: test for noises on full steering lock and slow parking maneuvers.

2026 market: Cooper from $42,000 new. Cooper S from $47,000 new. Cooper SE ALL4 PHEV from $55,000 new. Used U25 from around $33,000 (early examples).

Insider pick: Cooper S (B48B20U) mild hybrid with ALL4 — proven four-cylinder, real all-wheel drive capability for bad roads, without the complexity of the PHEV system.

Most Fun Engine

313 PS

MINI Countryman · Elektro

E-power Countryman

Fun to Drive!
Problem Engine

184–313 PS

Elektromotor Elektro

6 weaknesses

Stay Away!

Generations


Engine Overview

The MINI MINI Countryman U25 is available with 4 engine variants — from 135 to 313 hp.

1.5L Turbo MHEV · Petrol Mild-Hybrid· 136–156 PS
2024 2028

The revised B38 of the U-series received a strengthened timing chain assembly, improved PCV system and optimised thermal management. The 48V mild-hybrid belt-starter takes over boost and recuperation functions, relieving the combustion engine; the belt-starter unit is an additional service item to factor in.

  • !! Timing Chain Stretch from 80,000 km

    The B38's timing chain can stretch from around 80,000 km. Rattling on cold start is the first warning signal. Left untreated, chain jump and engine damage are likely.

    Symptoms: Rattling noise on cold start that disappears after a few seconds. As it progresses: rough running, power loss, check engine light.
    1,500–3,500 $
  • !! Crankshaft Thrust Bearing Undersized from 80,000 km

    Early B38 engines (up to 04/2015) had an undersized half-shell thrust bearing that only causes problems with manual transmissions. BMW switched to 360-degree flanged bearings.

    Symptoms: Vibrations that initially appear to come from the suspension. In extreme cases, catastrophic engine failure from bearing wear.
    3,000–8,000 $
  • !! Premature Engine Mount Wear from 50,000 km

    The three-cylinder's engine mounts wear significantly faster than expected in the MINI due to the transverse mounting and inherent vibrations. Failures documented from as low as 20,000 km.

    Symptoms: Banging, creaking noises from the engine bay, engine visibly sitting crooked, increased vibrations at idle.
    300–700 $

+ 4 more engine weaknesses + vehicle weaknesses

2.0L Turbo MHEV · Petrol Mild-Hybrid· 204 PS
2024 2028

The MHEV B48 of the U-series builds on the improved F-series B48 and benefits from revised bearings, a more robust water pump and a reduced number of electronic modules. Known B48 issues such as oil consumption and valve carbon buildup are addressed by design, but should still be minimised with short oil change intervals. The 48V belt-starter-generator counts as a wear item.

  • !! Timing Chain Guide Breaks from 60,000 km

    The plastic timing chain guide can break. Plastic pieces travel to the oil pump and block the strainer, which can cause oil pressure loss and engine failure.

    Symptoms: Clattering noise, oil pressure warning light, rattling on cold start. Fault codes 2A98, 287D, 2870.
    2,000–4,000 $
  • !! Oil Filter Housing Leaking from 60,000 km

    The B48's plastic oil filter housing becomes brittle over time and can develop cracks. Oil or coolant loss at the housing, sometimes with mixing of both fluids.

    Symptoms: Damp spots at the oil filter housing, dropping oil or coolant level, milky deposits in the expansion tank.
    400–1,200 $
  • !! Oil Scraper Rings Undersized from 100,000 km

    The oil scraper rings are designed narrow by default. Under high load or with insufficient oil quality, oil consumption rises progressively, up to compression loss.

    Symptoms: Rising oil consumption over mileage, compression loss in individual cylinders, rough running.
    2,500–5,000 $

+ 5 more engine weaknesses + vehicle weaknesses

2.0L Turbo PHEV · Petrol Plug-in-Hybrid· 286 PS
2024 2028

The U-series PHEV replaces the F60 hybrid drivetrain; reliable long-term field data is not yet available due to the recent market introduction. Known PHEV issues from F60 experience (battery degradation, EV system faults, condensation in engine oil) are addressed by design, but should be considered on used vehicles. Check recalls for completeness before purchase.

  • !! Timing Chain Guide Breaks from 60,000 km

    The plastic timing chain guide can break. Plastic pieces travel to the oil pump and block the strainer, which can cause oil pressure loss and engine failure.

    Symptoms: Clattering noise, oil pressure warning light, rattling on cold start. Fault codes 2A98, 287D, 2870.
    2,000–4,000 $
  • !! Oil Filter Housing Leaking from 60,000 km

    The B48's plastic oil filter housing becomes brittle over time and can develop cracks. Oil or coolant loss at the housing, sometimes with mixing of both fluids.

    Symptoms: Damp spots at the oil filter housing, dropping oil or coolant level, milky deposits in the expansion tank.
    400–1,200 $
  • !! Oil Scraper Rings Undersized from 100,000 km

    The oil scraper rings are designed narrow by default. Under high load or with insufficient oil quality, oil consumption rises progressively, up to compression loss.

    Symptoms: Rising oil consumption over mileage, compression loss in individual cylinders, rough running.
    2,500–5,000 $

+ 5 more engine weaknesses + vehicle weaknesses

Elektromotor · Electric· 204–313 PS
2024 2028

The electric motor of the new Cooper SE/Aceman range (U-series) is built on a newly developed EV platform and is considered very reliable according to early test reports. Reported issues are limited to software error messages and occasional charge flap sensor failures; mechanical drivetrain issues have not been documented so far.

  • !! Recall: HV battery fire risk

    KBA recalled 2024 Cooper F66 and Aceman for faulty battery cell modules. Fire risk even when parked.

    Symptoms: No early warning; fire risk during charging and while parked
  • !! Recall: IBS brake system Continental

    Faulty weld in Continental brake servomotor. Power brake assist and ABS can fail. Largest MINI recall.

    Symptoms: Heavy brake pedal, reduced braking, ABS warning light
  • !! Power Reduction After DC Fast Charging from 50,000 km

    After several consecutive DC charging sessions, power output is throttled to 10–60 percent of rated power without any dashboard warning. The cause is overheating of the power electronics. Primarily affects long-distance journeys with multiple fast charges.

    Symptoms: Noticeably reduced acceleration after DC charging on long trips, power recovers only slowly during normal driving
    500–3,000 $

+ 3 more engine weaknesses + vehicle weaknesses

Vehicle Weaknesses

WeaknessCost
Recall: integrated brake system (ABS/DSC failure)

Signal faults in Continental's integrated brake system MK-C2 can in very rare cases lead to increased brake pedal resistance and failure of ABS and DSC. Free replacement of the component.

Symptoms: Brake warning lights in the cockpit illuminate, Check Control message on the central display. ABS and DSC fail, but the base brakes remain functional.
Low
Recall: Chassis structure bolts not tightened

Bolts connecting front body to chassis may not be properly tightened. Inadequate crash protection.

Symptoms: No driver symptom; safety-critical in crash
Recall: Seat belt retractor defect

Same retractor recall as F66. Torsion bar may fail in crash.

Symptoms: No driver symptom; VIN check required

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Known Problems and Issues +

A total of 42 weaknesses have been documented for the MINI MINI Countryman U25 (2024–2028) — 33 engine-related and 9 vehicle-related. 2 problem engines: EM-MINI-U (Elektromotor), EM-JCW-U (Elektromotor JCW). Typical issues affect Other, Electronics, Interior, Body.

MINI Countryman (B38B15U, 2024–2028) — Be Careful: Timing Chain Stretch, Crankshaft Thrust Bearing Undersized, Premature Engine Mount Wear. Power: 135–136 PS.

MINI Countryman (B38B15U, 2024–2028) — Be Careful: Timing Chain Stretch, Crankshaft Thrust Bearing Undersized, Premature Engine Mount Wear. Power: 156 PS.

MINI Countryman (B48B20U, 2024–2028) — Be Careful: Timing Chain Guide Breaks, Oil Filter Housing Leaking, Oil Scraper Rings Undersized. Power: 203–211 PS.

MINI Countryman (B48B20U-PHEV, 2024–2028) — Be Careful: Timing Chain Guide Breaks, Oil Filter Housing Leaking, Oil Scraper Rings Undersized. Power: 203–211 PS.

MINI Countryman (EM-MINI-U, 2024–2028) — Stay Away!: Recall: HV battery fire risk, Recall: IBS brake system Continental, Power Reduction After DC Fast Charging. Power: 204 PS.

MINI Countryman (EM-MINI-U, 2024–2028) — Stay Away!: Recall: HV battery fire risk, Recall: IBS brake system Continental, Power Reduction After DC Fast Charging. Power: 313 PS.

What to watch out for with the MINI MINI Countryman? See the detailed listing of all engine and vehicle weaknesses in the sections above.

Frequently Asked Questions

What problems and weaknesses does the MINI MINI Countryman U25 have? +
The MINI MINI Countryman U25 has 33 known engine weaknesses and 9 vehicle weaknesses.
What should I look for when buying a used MINI MINI Countryman U25? +
faq.watch_a_avoid
Which engine is recommended? +
Be careful: B38B15U (1.5L Turbo MHEV), B48B20U (2.0L Turbo MHEV), B48B20U-PHEV (2.0L Turbo PHEV). No engine is rated 'Good Choice'. The most fun to drive is the EM-MINI-U (Elektromotor). Problem engine: EM-MINI-U (Elektromotor) — stay away!
Which MINI MINI Countryman U25 engine is the most fun? +
The {code} ({displacement}) offers the most driving fun in the MINI MINI Countryman U25 — rated: "Fun to Drive!". {description} 313 hp + ALL4 electric drive — despite the high weight it sits planted, firm suspension for precise handling. Fastest U25 variant.
Is the MINI MINI Countryman U25 worth buying used? +
Caution is advised with the MINI MINI Countryman U25 — 2 of 5 engine variants are rated 'Stay Away!'. The engine choice is crucial.
What horsepower variants are available for the MINI MINI Countryman U25? +
The MINI MINI Countryman U25 is available with engine variants from 135 to 313 hp. Petrol: B38B15U (1.5L Turbo MHEV), B48B20U (2.0L Turbo MHEV), B48B20U-PHEV (2.0L Turbo PHEV).

Last updated: February 2026 · All information without guarantee