2007 Volkswagen Golf 2.0L Diesel · HV57 AEM

The vehicle passed its most recent MOT on 11 February 2025 at 250,976 miles, but the record reveals a persistent pattern of wear rather than a stable or improving maintenance trend. The tester flagged multiple advisories including worn front suspension bushes on both sides, front tyres wearing on the edges near the legal limit, rear brake discs that are pitted and scored, and an offside rear parking brake that only just meets efficiency requirements. These findings indicate that consumable components and structural elements are reaching the end of their serviceable life simultaneously. The odometer shows consistent annual accumulation of roughly 13,000 miles, with the vehicle covering 182,335 miles by February 2020 and reaching 250,976 miles by February 2025. This represents high mileage for a nineteen-year-old car and suggests sustained heavy use rather than periods of storage. There are no gaps in the annual testing record between 2013 and 2025, indicating regular servicing and registration, though the mileage jump from 128,139 in August 2016 to 152,859 in March 2018 spans approximately twenty months and implies a period of intensive driving. A prospective buyer should prioritise inspection of the front suspension bushes and lower arms, given that the 2025 test recorded wear on both nearside and offside front suspension arm pins or bushes without excessive movement yet. The recurring inner-edge tyre wear from 2015 through 2025 points to a persistent alignment or worn suspension geometry issue that requires checking of track rod ends, ball joints, and shock absorbers. The braking system demands particular scrutiny because the 2025 tester noted rear brake discs that are worn, pitted, and scored while the offside rear parking brake only just met efficiency, continuing a pattern from 2015 and 2018 where thin discs and low pads appeared. The nearside front wing corrosion noted in 2024 and 2025 suggests structural rust developing on a high-mileage example that has lived its life in a damp or salted environment.