2012 Volkswagen Touran 1.6L Diesel · HN62 ACU

The vehicle currently presents a roadworthy profile, having passed its most recent MOT in October 2025 with 104,367 miles and no defects recorded. The maintenance trend shows a period of stability following a significant failure in September 2024. While the vehicle previously struggled with mechanical failures such as a fractured coil spring and multiple tyre depth issues, the subsequent clean pass in the following year indicates that the current owner has addressed these safety concerns and is maintaining a baseline standard. The mileage pattern is consistent with a low-use family vehicle, averaging approximately 7,500 miles per over its 14-year life. There is a steady accumulation of mileage between annual tests, with roughly 8,700 miles covered between October 2023 (87,627 miles) and October 2025 (104,367 miles). This regular usage suggests the vehicle has not sat for long periods, which generally helps prevent the premature degradation of rubber components and the brake-related corrosion seen in the earlier records. A buyer should closely inspect the front suspension and alignment, as the record reveals a recurring history of uneven tyre wear. Faults noted in 2017, 2018, 2022, and 2023 all point to inner edge wear or general misalignment, suggesting a persistent geometry issue or worn suspension bushes. The 2022 advisory regarding oil misting on the offside front shock absorber should also be verified to ensure the seal has not developed a full leak since the last inspection. The braking system also warrants attention due to a history of binding calipers and ABS faults recorded between 2015 and 2020. While the vehicle passed the latest tests, a physical check during a test drive should focus on identifying any residual brake pull or surface pitting on the brake discs. Given the age of the Touran, a thorough inspection of the chassis for structural integrity is necessary to ensure that the past corrosion noted on the rear discs has not progressed into significant structural decay.