2005 Volkswagen Touareg 4.9L Diesel · NXZ 2051

This 2005 Volkswagen Touareg presents a roadworthiness picture dominated by structural corrosion advisories on the rear suspension and subframe, a pattern that is already becoming established across consecutive tests and warrants close physical inspection. The most recent test on 22 July 2024 returned a pass but flagged corrosion on the rear subframe along with both rear suspension arms, and a separate test in 2023 recorded identical advisories on the near and offside rear lower suspension arms. The 2023 entry also included a major defect for an excessively worn rear bush on the offside front suspension arm, which resulted in a failure alongside a parking brake efficiency below requirements. With two MOT failures now on record and the same corroding components reappearing, the trend is not stabilising but rather showing that rear-end structural and suspension wear is advancing between tests. Recorded mileage stands at 203,045 miles across approximately 21 years, giving an annual accumulation of around 9,669 miles, which is broadly consistent with regular mixed use rather than long-term storage or exceptionally high annual driving. The gap between the 2022 and 2023 tests is short, but a failure occurred on 3 July 2023 before a subsequent pass on 2 August 2023, indicating that the parking brake and front suspension arm were remedied within a month. Given the vehicle's age, the corrosion findings are predictable, and continued annual accumulation at this rate means suspension joints, bushes, and subframe mounting points will remain under ongoing stress. A prospective buyer should carry out a thorough underside examination, ideally on a ramp, paying particular attention to the rear subframe mounting points, the longitudinal and lateral rear suspension arms, and the front lower control arm bushes where the 2023 failure originated. Corrosion of the type recorded on the DVSA history typically starts on the box-section edges of the subframe and the inner faces of the suspension arms, so look for any flaking that penetrates beyond the surface or any distortion around bolt holes. On the road, listen for clonking or knocking from the rear over broken surfaces, particularly over speed bumps, and feel for vagueness in the rear end or any sudden vertical movement that suggests bushes have collapsed. Check for uneven rear tyre wear, as worn bushes will alter camber and toe settings, and inspect all four tyres carefully for inner-edge wear consistent with the advisories issued in 2023. The parking brake issue from 2023 should not be assumed resolved without verification; on the test drive, apply the handbrake firmly on an incline and confirm the vehicle holds without creep, and listen for any grinding or dragging from the rear calipers as the brake is released, which would indicate seized mechanisms. The track rod end dust cover damage noted in 2024 is a minor item but warrants checking for any play in the front steering by rocking the wheels with the vehicle raised and feeling for free movement at the joint. Finally, given the cumulative corrosion picture across the rear structure, a precautionary inspection of the brake pipes running along the rear subframe and axle lines is sensible, as surface rust on these lines tends to progress once adjacent components show significant oxidisation, and any signs of flaking or weeping around unions would justify immediate remediation before further use.