2007 Volkswagen Touran 1.9L Diesel · DU07 YWT

A pattern of repeated rear brake and suspension wear, combined with a recent structural corrosion failure and a fractured rear coil spring, defines the roadworthiness profile of this 2007 Volkswagen Touran. The most recent recorded outcome was a pass on 12 November 2025, but this was achieved only one day after the vehicle failed on 11 November 2025 with a Major defect for an offside rear fractured coil spring, a component failure that presents a clear safety risk and warrants immediate replacement regardless of the subsequent pass. The November 2024 test followed an identical structure, with a fail on 21 November citing perished anti-roll bar ball joint dust covers on both front sides and, more seriously, an offside rear inner integral body structure corroded to the extent that assembly rigidity was significantly reduced, this being a sill-related structural failure that is not rectified by advisories and would require professional welding assessment. Across the recorded history the rear brake discs have been flagged for wear, pitting, and scoring in three consecutive tests (2024 and 2025), and the nearside rear brake caliper has shown a binding tendency, indicating that the rear braking system has been chronically on the edge of acceptable condition for some time. The recorded mileage of 176,254 miles over approximately nineteen years equates to a usage rate of around 9,277 miles per year, which sits broadly in line with typical annual accumulations for a vehicle of this age. Testing has been carried out annually without significant gaps, suggesting the vehicle has been in consistent use rather than left standing for extended periods. However, the absolute mileage is substantial for a Touran, and this is reflected directly in the wear patterns visible across the MOT record. Suspension components have been flagged repeatedly, including front anti-roll bar joints, front suspension arm pins and bushes in 2021, and light shock absorber misting in 2020, all consistent with a high-mileage chassis that has absorbed a considerable amount of mechanical stress. The recurrence of tyre wear advisories on both front and rear axles in 2020 and 2023 further reinforces that consumable turnover has been steady rather than sporadic. For a prospective buyer, the rear braking system should be the primary focus of any inspection and test drive. Given the persistent advisories for pitted and scored rear discs and the binding nearside rear caliper, a physical check of disc thickness with a measurement gauge is advisable, and the handbrake should be evaluated for holding strength on an incline, as a binding caliper often indicates a seized mechanism that may require replacement rather than a simple pad change. On the road, listen for any rear clonking or knocking over uneven surfaces, which could indicate that the fractured coil spring noted in November 2025 has not been properly replaced or that a second spring is failing, and pay particular attention to steering response and body roll, as perished anti-roll bar ball joint dust covers allow dirt ingress that accelerates joint wear and produces vague, imprecise cornering. The front suspension should be examined for play in the arm pin or bush locations by hand pressure with the wheels off the ground, as the 2021 advisories in this area often progress over time into failed components. The November 2024 structural corrosion failure on the offside rear inner sill is the single most concerning item in this record and demands close physical scrutiny before purchase. The sill area should be examined on a ramp or with the underbody covers removed for any signs of previous welding, fresh underseal masking underlying rot, or fresh paint over repaired sections, and a tap test with a screwdriver handle around the jacking points and rear wheel arch lips will reveal whether the structural integrity flagged in 2024 has been genuinely restored or merely cosmetically covered. Shock absorbers should be checked for dampness around the front units and for uneven ride height, as the 2020 misting advisories often develop into heavier leaks. Finally, on a test drive, the vehicle should be assessed at motorway speeds for any wander or steering pull that could indicate underlying suspension misalignment from worn components, and the rear end should feel stable under braking without pulling to one side, which would confirm or deny the suspected binding caliper issue.