2013 Volkswagen Transporter 2.0L Diesel · GU13 OLH

The vehicle remains roadworthy but the maintenance history indicates a worsening trend regarding deferred mechanical and structural repairs. While the most recent test in July 2025 at 186,711 miles identified heavy exhaust corrosion and a corroded offside rear coil spring, these issues followed advisories flagged in previous years. Although the vehicle consistently passes its tests, the recurring nature of the suspension-related faults suggests that the owner only addresses components once they reach a point of failure rather than performing preventative maintenance. At 186,711 miles, this Transporter has averaged approximately 14,300 miles per year over its thirteen-year life. The data shows consistent high-mile usage, with nearly 3,000 miles covered between July 2024 and another 2,786 miles before July 2025. This high rate of accumulation places significant strain on the drivetrain and chassis components. The lack of a clean MOT since 2021 highlights that the vehicle is now in a stage of its life where heavy wear on consumable components is expected and frequent. A buyer must conduct a thorough physical inspection of the front suspension and steering system. The record noted play in the steering rack inner joints in 2024 and misting front shock absorbers in 2023, both of which indicate advanced wear of the front end assembly. The persistent issue with front tyres being worn on the edges across four consecutive years suggests a long-term problem with wheel alignment or general neglect of basic upkeep. Structural integrity is also a concern given the heavy exhaust corrosion noted in 2025. The entire exhaust system should be checked for thinning and mounting failures, alongside the corroded offside rear coil spring which has been an advisory since 2024 and must be inspected for hairline fractures or imminent structural failure. Given the high mileage and the history of rubber component deterioration, all suspension bushes and drop links are likely nearing the end of their functional life.