2007 Volkswagen Touran 1.9L Diesel · RF07 YYK

The 2007 Volkswagen Touran's most recent MOT on 23 November 2021 passed at 131,456 miles, but the maintenance trend reveals a pattern of deteriorating mechanical integrity rather than stability or improvement. While the test itself identified only minor advisories—light oil misting from front shock absorbers and non-serious corrosion on the rear subframe—the preceding year had been marked by a catastrophic failure in September 2020, where the vehicle failed with multiple critical defects including a fractured front coil spring, seriously weakened strut mounting, exposed tyre plies, and excessive corrosion on the outer sill significantly reducing structural strength. This indicates that while the car achieved a pass in late 2021, its mechanical condition had already been compromised by prior neglect or delayed repairs. Mileage progression from 88,917 miles in June 2012 to 131,456 miles in November 2021 equates to an average annual accumulation of approximately 4,726 miles, which is slightly below the overall 6,919 miles per year average for its age. The record shows consistent annual testing until 2015, with a notable gap between the 2015 failure and the 2016 pass, suggesting possible extended periods of inactivity or irregular servicing. The 2020 failure at 122,917 miles followed by a 2021 test at 131,456 miles reflects a normal annual mileage increase of around 8,500 miles, aligning with typical usage. Earlier records from 2012 and 2013 show clean passes, indicating initially sound mechanical condition, but the emergence of recurring suspension, braking, and corrosion issues from 2015 onwards signals a decline in maintenance standards. Prospective buyers should conduct a thorough inspection focusing on the front suspension assembly, particularly checking for excessive wear in the MacPherson strut mounting, control arm bushes, and coil springs, given the documented fractures and damage in 2020. The brake system requires detailed scrutiny, including measurement of disc thickness, assessment of pad wear, and verification of balanced braking performance across axles, as the history reveals recurring issues with imbalanced brakes, thin pads, and wheel bearing play. The rear subframe and outer sill areas exhibit signs of significant corrosion, which may compromise structural integrity if not properly addressed. Additionally, the condition of the tyres, CV boots, and anti-roll bar linkages should be examined, as multiple failures related to these components occurred in 2019 and 2020, suggesting potential ongoing wear or inadequate maintenance by previous owners.