2015 BMW 330 3.0L Diesel · EU15 BYN

The vehicle’s most recent MOT test occurred in October 2022, just over three years ago, with a recorded mileage of 108,446 miles. Despite two tests on the same date—one passing and one failing—no defects were recorded, which suggests either an administrative anomaly or a vehicle that has consistently met basic roadworthiness standards in recent years. The absence of advisories or recurring faults in the last two tests implies that major systems like suspension, brakes, and emissions have not shown critical degradation. However, the lack of a test since October 2022 means no recent verification of wear items such as tyres, wiper blades, or brake fluid condition, which could now require attention. The mileage progression from 90,297 miles in August 2021 to 108,446 miles in October 2022 indicates roughly 18,000 miles accumulated in just over a year, averaging around 15,000 miles annually. This rate aligns with typical usage for a vehicle of this age and model, though the gap between the 2021 and 2022 tests—nearly two years—is unusually long for a car with this mileage. If the vehicle was stationary for extended periods, components like suspension bushes, coil springs, and brake calipers may have suffered from static load fatigue or environmental exposure, particularly if stored in damp conditions. Given the sparse MOT history, a buyer should prioritise an inspection of high-wear items that are not routinely checked in MOTs. Focus on the condition of rear brake calipers and discs, as the duplicate test date suggests potential past issues with binding or uneven wear. The suspension should be examined for worn or cracked bushes, particularly at the rear, where load-bearing components are more prone to deterioration over 100,000 miles. Tyre tread depth and lateral wear patterns should also be scrutinised, as the absence of recent MOTs means no confirmation of compliance with legal minimum limits. Finally, check for signs of corrosion at wheel arches, sills, and underbody, as prolonged periods without movement could exacerbate rust development in critical structural areas.