2010 BMW 118 2.0L Diesel · FL60 BKA

The 2010 BMW 118 presents a stable roadworthiness trend, with the most recent test on 30 September 2024 at 171,599 miles returning a pass and no defects recorded. Across the last five annual tests the vehicle cleared each examination without advisories, indicating the current keeper maintained it to a standard that satisfied DVSA criteria. The lone blemish in the sequence was a failure on 2 September 2022 at 158,764 miles, yet the record shows no defects listed and a pass four days later on 6 September 2022 at 158,840 miles, implying the failure concerned administrative or undocumented minor rectification rather than a serious mechanical fault. Mileage accumulation sits at a typical level for a sixteen year old car, averaging roughly 10,725 miles per year against the 171,599 miles recorded. The distance covered between tests is consistent and unremarkable: 152,612 miles in September 2021, 158,840 by September 2022, 165,628 by September 2023, and 171,599 by September 2024. No rapid accumulation or standing gaps appear. The clean sweep of passes with no advisories on consumables such as tyres, brake discs, or suspension bushes suggests previous owners addressed wear before each test rather than deferring it. A buyer should still commission an in-person inspection of structural integrity and corrosion, as the MOT record captures only test-day condition and a car of this age and mileage may harbour underside rust unseen by the tester. The suspension components, coil springs, and bushes warrant physical checks for fatigue despite the absence of advisories. Brake calipers and exhaust emissions should be verified on a road test, given that high annual mileage loads these systems even when the annual examination finds nothing to report. The September 2024 pass means the vehicle enters 2026 with roughly twenty one months of valid test remaining, though the next examination falls due by 30 September 2026. Given the sparse fault history, the principal risk is ordinary age-related deterioration rather than neglected recurring defects.