1995 BMW 5252.5L PETROL

The 1995 BMW 525 presents a mixed maintenance picture, with the most recent MOT record dated 24 March 2012 at 130,558 miles, now over fourteen years old. The vehicle failed that test on multiple fronts before passing on the same day after rectification. The trend is neither clearly improving nor worsening, but the absence of any recorded test since 2012 raises significant concern about ongoing roadworthiness. A car of this age sitting without a current MOT for over a decade is a serious red flag, regardless of its low mileage. The mileage record reveals a notable anomaly. Between the 2010 test at 93,169 miles and the 2011 failure at 110,255 miles, the car covered roughly 17,000 miles in under a year, a sharp jump compared to the 2011-to-2012 period where the odometer moved only 306 miles. The recorded mileage then appears to plateau at 130,558 from March 2012 onward with no further entries. This pattern suggests either a period of intensive use followed by long-term storage, or a discrepancy that warrants closer investigation. The annualised average of around 4,212 miles is low for a car of this age, but the clustering of activity in one year and subsequent dormancy is unusual. The 2012 failure flagged several items worth scrutinising during any in-person inspection. Both front anti-roll bar linkage ball joint dust covers were excessively damaged, allowing dirt ingress that accelerates joint wear. A nearside front tyre showed structural separation, indicating the rubber has aged beyond safe service life. The brake pad warning light illuminated on the dashboard, which from April 2012 became a standalone MOT failure item, suggesting an electrical or sensor fault in addition to potential pad wear. These are not trivial cosmetic issues but mechanical and safety-critical defects that demand thorough checking of the front suspension, steering linkage, and braking system. A buyer should prioritise a detailed underbody inspection for corrosion, particularly around suspension mounting points, subframes, and sills, as a 31-year-old BMW that has sat stationary for years is highly susceptible to structural rust. The exhaust emissions failures recorded in 2011, with excessive carbon monoxide and Lambda readings, point to potential catalytic converter degradation or engine management faults that may have worsened during prolonged inactivity. Tyre condition across all four corners must be verified, as aged rubber with no recent use is prone to sidewall cracking and internal separation, exactly the defect the 2012 test identified.