2002 Volkswagen Golf 1.9L Diesel · YM52 AEN

The vehicle's most recent MOT test on 27 November 2025 at 140,141 miles resulted in a pass, though the record reveals a clear deterioration trend in key mechanical systems. Suspension components have shown progressive wear, with both front MacPherson strut pins or bushes and front suspension arm pins or bushes flagged as worn but not causing excessive movement, indicating ongoing alignment and handling degradation. Brake system health is declining, evidenced by thin rear brake pads and a minor exhaust gas leak, while the severely deteriorated front inner drive shaft joint constant velocity boots on both sides point to imminent drivetrain issues if unaddressed. Mileage accumulation averages approximately 5,839 miles per year over the vehicle's 24-year lifespan, significantly below typical usage for a Volkswagen Golf, suggesting either very light utilisation or extended periods of inactivity. The first eight years from 2012 to 2020 show consistent, clean MOT passes with no defects recorded, indicating a period of reliable operation. However, since 2021, mileage has increased steadily from 121,656 to 140,141 miles, with the first signs of mechanical wear emerging in 2023 and accelerating through 2024 and 2025, marking a shift from previously stable condition to active component failure. Prospective buyers should conduct thorough in-person inspections focusing on the front suspension assembly, particularly checking for excessive play in the MacPherson struts and suspension arms, as well as examining the condition of the coil springs for corrosion or fractures. The brake system requires immediate attention, with the rear brake pads nearing replacement threshold and the parking brake efficiency showing marginal performance since 2023. Additionally, both front constant velocity joints exhibit severely deteriorated boots, necessitating prompt cleaning and re-greasing or replacement to prevent joint failure, while the exhaust system should be inspected for the reported minor gas leak location.