BMW 4202017 · 2.0L DIESEL

The vehicle presents a stable roadworthiness status, having passed its most recent MOT in September 2025 at 87,693 miles with no recorded defects. This represents an improvement over the early 2023 period where multiple mechanical failures triggered a fail. While the history shows a pattern of reactive maintenance regarding consumables, the lack of advisories on the latest test suggests that the previously identified issues have likely been addressed by the current owner. The mileage pattern is consistent with a nine-year-old vehicle, averaging approximately 9,700 miles per year. There is a notable cluster of activity between March 2023 and September 2023, where the car covered over 11,000 miles in six months. Since then, usage has returned to a steady pace, with roughly 5,500 miles covered between the two most de-recent annual tests. This consistent interval suggests regular use, which aligns with the gradual wear patterns seen in the components recorded. A buyer should focus their physical inspection on the suspension and braking systems, as the record indicates recurring faults in these areas. The 2023 failure highlighted a leaking nearside front shock absorber and worn brake reaction bushes, while subsequent tests flagged pitted brake discs and thin rear pads. Although the 2025 test was clean, the history of worn suspension arm bushes and disc corrosion suggests the buyer should check for any play in the steering or uneven braking to ensure these components are not beginning to fail again. Tyre maintenance also shows a history of neglect, with multiple entries for tyres reaching legal limits or suffering structural damage in early 2023. The buyer must verify the current tread depth and sidewall integrity of all four tyres to ensure the previous trend of running rubber to through has ceased. Given the documented history of worn brake components, a close-up inspection of the current rotors and pads is necessary to determine if the braking system is being maintained proactively or if it is currently nearing another point of failure.