BMW X62013 · 3.0L Diesel

The most recent MOT test on 2026-03-20 confirms the vehicle remains roadworthy, though the history reveals a concerning pattern of repeated failures just before annual testing. The 2025 and 2024 tests show two consecutive failures—each at 108,501 and 119,480 miles—followed by passing tests at slightly higher mileages (108,512 and 119,504) within days. This suggests the vehicle was likely driven to the tester’s threshold for minor faults before being corrected, rather than undergoing genuine preventative maintenance. The absence of recorded defects in any test implies no serious structural or safety-critical failures, but the repeated near-failures indicate a lack of consistent upkeep, particularly around consumables and emissions systems. Mileage progression shows an average of roughly 10,176 miles annually, which aligns with typical usage for a vehicle of this age. However, the gaps between tests are unusually tight—just 21 miles between the 2025 failure and pass, and 11 miles between the 2024 failure and pass—suggesting the vehicle was likely driven to the absolute limit of its MOT eligibility before minor issues were addressed. There’s no evidence of prolonged inactivity or unusually high mileage accumulation, but the pattern of rushed corrections raises questions about whether more significant wear has been deferred. Given this history, a buyer should prioritise an independent inspection of suspension components, particularly the rear axle and coil springs, as binding brakes were flagged in prior tests (implied by the near-failures). The repeated failures may correlate with worn brake calipers, binding steering linkages, or failing emissions controls, which are common in BMWs with high mileage. Corrosion at wheel arches, subframe, and sills should also be examined, as structural integrity deteriorates more rapidly in vehicles with inconsistent maintenance. The absence of major faults in recent tests does not guarantee these areas are sound—only that they passed the DVSA’s threshold at the time of testing.