2010 Volkswagen Caddy 1.9L Diesel · YG60 DXK

The vehicle is currently roadworthy, but the maintenance history indicates a worsening trend regarding mechanical and consumable upkeep. While it passed its latest test on 28 May 2026 at 213,832 miles, this followed just one week after a significant failure involving twelve defects. The failure on 21 May 2026 highlighted critical issues including a binding nearside brake, a coolant leak, and worn suspension components, suggesting that the owner is only addressing the minimum requirements necessary to pass the MOT rather than performing proactive preventative maintenance. At 16 years old, the Caddy has covered 213,832 miles, averaging approximately 13,300 miles per year. This high mileage profile places significant stress on the drivetrain and chassis components. Between January 2024 and May 2026, the vehicle covered over 20,000 miles, showing consistent high-frequency use. The jump from 179,803 miles in October 2022 to 213,831 miles in just 31 months confirms a rapid rate of accumulation that accelerates the wear of rubber and metal components. A buyer must inspect the vehicle for recurring suspension and braking issues. The 2026 failure flagged play in the nearside front anti-roll bar linkage and a perished dust cover, which are common indicators of front end fatigue. The binding nearside rear service brake and thin pads necessitate a thorough check of the caliper pistons and disc condition to ensure no permanent heat damage has occurred. Furthermore, the persistent mention of tyres worn on the inner edges across multiple years suggests a chronic alignment issue or worn ball joints that remain inadequately addressed. The presence of both an oil and a coolant leak in the May 2026 record requires a close inspection of the engine bay for weeping seals or head gasket failure. Given the high mileage and the minor exhaust leak noted in 2025, the integrity of the exhaust system and engine mounts should be evaluated for corrosion. The history shows a vehicle that is nearing the end of its typical operational life where mechanical failures become increasingly frequent.