2013 Volkswagen Touran 1.6L Diesel · GR51 CAR

The 2013 Volkswagen Touran presents a roadworthiness record characterised by recurrent rear-end system failures and intermittent tyre deterioration punctuated by a single critical suspension failure. The most significant event occurred in March 2020 when a nearside rear coil spring was found fractured or broken, constituting a major defect that required immediate attention. Earlier in 2019, a similarly fractured nearside rear coil spring was recorded, and additional rear tyre damage was noted across multiple assessments, indicating a persistent structural weakness in the rear suspension architecture. Despite passing its most recent MOT on 2023-04-11 with only minor front tyre wear identified, the cumulative pattern of these failures suggests that underlying chassis component degradation has been present for several years prior to the last successful test. At 43,298 miles on a thirteen-year-old vehicle, the recorded utilisation averages approximately 3,331 miles per annum, which is unusually low for a model of this age and raises questions about the typical operating profile of such a car. The testing history reveals a notable gap between the 2020 failed assessment and the subsequent 2021 pass, but the absence of further failures until 2023 suggests that the most severe issues were either resolved or did not progress to a point requiring another failure before the next test. The consistent appearance of rear tyre damage across 2019 and 2020, coupled with the 2023 observation of front tyres worn close to legal limits, points to differential wear patterns that may reflect either selective driving or underlying structural weaknesses such as compromised suspension geometry. The low mileage figure does not necessarily mitigate the severity of the reported failures, as high-stress events on a lower-mileage vehicle can still produce significant mechanical consequences, particularly in suspension linkages and brake components that endure repeated loading cycles regardless of total distance travelled. When taking a test drive, focus primarily on the rear suspension system given the documented history of fractured coil springs. Listen for a distinct clunking or knocking sensation over bumps, especially when approaching corners or travelling over potholes; a sagging rear end or uneven ride height indicates potential continued stress on the affected spring. Inspect the rear tyres closely for cracks, splitting, or uneven wear patterns that deviate from the standard circular wear expected on a touring car of this type—any thumping noise when braking or turning suggests the damaged spring is still transmitting abnormal load. The front tyres show wear close to legal limits as of April 2023, so verify tread depth exceeds the legal minimum and confirm the centre of each wheel remains aligned, as misalignment can accelerate premature wear and mask underlying issues. Additionally, since rear passenger seat belts and seat installation were repeatedly flagged as non-compliant through 2020, ensure all three rear seat belts are securely fastened and functional upon arrival, and confirm the rear seats themselves are fully present and properly positioned, as their absence represents a safety vulnerability even if they do not directly impact roadworthiness ratings. Specific attention should also be paid to the subframe and chassis integrity, as the combination of rear suspension failures and tyre damage often co-occurs with subtle corrosion or loosening that may not appear as standalone defects but can compromise long-term reliability. If the vehicle was stored intermittently over its lifetime, the lack of regular road use may have allowed certain components to degrade slowly while others remained under tension, explaining the disparity between the 2023 front tyre condition and the more severe rear issues. Before committing to purchase, arrange for a professional inspection that specifically tests the rear coil springs for residual play or binding, evaluates the current state of the rear tyres using a tyre gauge and visual inspection for cracks, and performs a thorough test drive paying particular attention to how the car handles bumps and turns. These practical checks will help determine whether the known failures have been adequately addressed or whether the underlying structural issues remain a latent risk despite the vehicle's relatively low odometer reading.