2012 BMW 5 Series 2.0L Diesel · LB12 LLZ

A pattern of recurring lighting and tyre-related defects defines the recorded roadworthiness history of this 2012 BMW 5 Series, with three of the six MOT tests recorded as failures. The most recent test on 2025-11-13 passed with no defects recorded, but this followed just ten days after a fail on 2025-11-03 which cited a nearside headlamp not working on dipped beam, an offside front position lamp failure, a defective rear stop lamp lens, and two Dangerous defects relating to exposed ply/cords on the nearside rear tyre and sub-legal tread on the nearside front tyre. The headlamp and position lamp issues had already been recorded as Major defects on the 2025-10-31 test, alongside the same rear stop lamp advisory and advisories for nearside and offside front inner tyres wearing close to the legal limit and on the edges. An earlier 2024-06-13 pass on the same day as a failure also listed position lamp defects, and the 2021 test recorded both front tyres as worn close to the legal limit at 3-4mm on the outer edges. The recurring nature of the lighting faults, combined with the Dangerous tyre condition noted in late 2025, presents a tangible mechanical risk that warrants close physical inspection. Against an age of approximately fourteen years, the recorded mileage of 162,759 miles equates to an average annual accumulation of roughly 11,600 miles, which sits within typical expectations for a vehicle of this vintage. The mileage progression between tests indicates consistent use rather than any prolonged off-road periods or sudden spikes, meaning the braking, suspension and drivetrain components have accumulated wear broadly in line with the odometer reading. No structural or corrosion advisories have been recorded across the six tests, which is a relevant data point given the propensity for subframe and rear-axle corrosion on E60 and F10 generation BMW 5 Series vehicles operating in UK conditions. The absence of such advisories in the record, however, does not preclude their development between tests and should not be relied upon as confirmation of clean underbody condition. Prospective buyers should pay particular attention to the headlamp and position lamp assemblies, as these defects recurred across consecutive 2024 and 2025 tests. On inspection, verify that both dipped beam headlights illuminate cleanly without flicker, check the front sidelights and rear number plate illumination, and confirm all rear light clusters are free of water ingress or cracked lenses that could compromise the stop lamp function. The tyre wear pattern flagged in 2021 on both front outer edges, and again as Dangerous in late 2025 on the inner edges, points towards possible suspension geometry or tracking irregularities. On a test drive, listen for clonking or knocking noises from the front suspension over uneven surfaces, feel for any pulling to one side under braking or acceleration, and check for uneven or feathered tread wear across the full width of each front tyre, not just the edges visible at a glance. Given the late-2025 Dangerous tyre defects, the front brake discs and pads should also be examined for wear commensurate with the 162,000-mile odometer reading, including any lipping on the disc edges and the remaining pad material visible through the caliper apertures. A useful test is to perform several firm brake applications from moderate speed to check for judder, vibration through the steering wheel, or any pulling, as well as to listen for grinding or scraping that could indicate worn pads contacting the discs. Finally, with no MOT recorded between September 2022 and June 2024, an eighteen-month gap during which annual mileage and condition cannot be directly verified, it is prudent to commission an underbody inspection and a brake fluid and coolant service history check to bridge the undocumented period before purchase.