2022 BMW IX XDRIVE40 M Sport Edition Electric · W26 OAB

A tyre‑related issue dominates the MOT history, with recurring sidewall cuts on the front wheels and a serious rear‑tyre failure that caused a failure on 17 November 2025. The following day the car passed, albeit with advisories that the nearside and off‑side front tyres still exhibited cuts close to the cords. The pattern shows that tyre condition, rather than any other system, is the primary mechanical concern recorded. At 35,467 mi the vehicle averages roughly 8,900 mi per year, a mileage rate that sits comfortably within typical UK usage for a four‑year‑old BMW. There are no gaps in the MOT record; the two entries are consecutive, indicating the car has been tested regularly. This mileage suggests that consumable wear items such as brake pads, suspension bushings and drivetrain components are likely to be within normal service intervals, but the tyre wear observed is disproportionate to the overall mileage and warrants close scrutiny. Prospective buyers should give the tyre set a thorough visual and tactile inspection. Look for any cuts, bulges or sidewall damage on all four tyres, paying particular attention to the front‑wheel cuts noted in the advisories; even shallow cuts can progress rapidly under load. Verify tread depth is above the legal minimum and consistent across the tyre width, and check for uneven wear that could indicate alignment or suspension issues. During a low‑speed test drive, feel for vibrations or a wobble that may signal internal tyre damage or a compromised wheel rim. Although the MOT record contains no other failures, a comprehensive pre‑purchase check should still include a functional assessment of the brakes, steering and suspension. Listen for any knocking over bumps that could reveal worn bushings, and ensure the steering is free of pull. Confirm that the brake pedal feels firm and that there is no judder when applying the brakes. Addressing any tyre deficiencies promptly will be essential to restoring full roadworthiness and avoiding repeat MOT failures.