2022 BMW IX XDRIVE40 M Sport Electric · YC22 MHY

The vehicle most recently passed its MOT on 26 May 2026 with no defects recorded, which represents a clean current roadworthiness position and suggests the drivetrain, brakes, suspension, and emissions systems are functioning within statutory limits at the time of test. Across the available MOT history, the trend appears stable rather than worsening, as the only recorded items are advisory tyre wear observations from the June 2025 test. The absence of recurring brake, suspension, corrosion, or exhaust advisories over successive tests is a positive indicator that the consumable wear rate is consistent with the vehicle's mileage profile and that no underlying mechanical concerns have yet surfaced through inspection. A clean pass following a test that previously flagged only tyre condition suggests that the advisory items were addressed by replacement rather than being symptomatic of deeper alignment or suspension faults, though a prospective buyer should still verify the date and mileage of the most recent tyre fitment. With an odometer reading of 36,068 miles on a four year old vehicle, the annualised usage equates to approximately 9,017 miles per year, which sits comfortably within the typical band for a premium electric SUV of this age. This is neither an unusually low figure that would raise red flags about prolonged standing, nor a high figure suggesting motorway-heavy, rapid accumulation that might prematurely wear suspension components, brake discs, or reduction gear oils. The mileage progression between the 2025 and 2026 tests would imply around 10,000 to 12,000 miles covered in that eleven month interval, which is broadly consistent with regular mixed-use driving. For an electric vehicle such as the iX, this usage pattern is generally favourable as it allows the high voltage battery to regularly operate within its optimal thermal and state of charge range, reducing the risk of cell imbalance or degradation associated with either constant fast charging or extended periods of full charge storage. Given that the MOT history shows only tyre-related advisories rather than mechanical defects, the primary buyer inspection points should focus on confirming whether the tyres flagged in 2025 were indeed replaced and whether uneven wear patterns have reappeared. Inner or outer edge wear, as previously recorded, is commonly attributable to incorrect camber or toe geometry, worn suspension bushes, or degraded coil springs, and any recurrence on a test drive may be evident through steering pull, tram lining over road imperfections, or uneven tread depth visible across the tyre width. On a road test, listen for clonking or knocking from the front suspension over speed humps, as iX models are heavy vehicles that load suspension components considerably, and inspect the front and rear brake discs for lipping, surface corrosion, or binding calipers given the regenerative braking system can accelerate mechanical caliper seizure if the vehicle has been driven gently. The driver should also evaluate brake pedal feel, ensuring the system provides consistent bite without excessive travel or shudder under firm application. Beyond the items recorded at test, a four year old electric vehicle with average mileage warrants attention to several time-based service items that do not always appear on MOT records but are critical to long term reliability. The 12V auxiliary battery, which powers control modules and the high voltage system contactors, typically has a service life of four to six years and should be load tested, as a failing auxiliary battery can trigger drivability warnings and system faults. Tyres fitted to a vehicle manufactured in 2022 should be inspected for sidewall perishing, cracking, or ozone degradation even if tread depth remains adequate, as rubber compounds harden with age regardless of mileage. Brake fluid is hygroscopic and should have been renewed on a calendar basis regardless of mileage, typically every two years; verify this in the service history. Coolant for the thermal management system, reduction gear oil, and high voltage battery coolant all have manufacturer specified replacement intervals that should be confirmed through documented service records. Finally, inspect the charging port, high voltage cable condition, and underbody covers for any damage from kerbing or debris, and request a diagnostic scan for any stored fault codes in the powertrain and battery management systems, as these vehicles generate extensive electronic health data that a thorough pre-purchase inspection should interrogate.