2004 Volkswagen Touran 1.9L Diesel · WM04 WMW

The latest recorded MOT test for this vehicle in October 2022 resulted in a pass, but only after failing on the same day due to major suspension and steering defects. This pattern of failing the initial inspection is a recurring theme in the vehicle's history, with first-time failures also recorded in 2020 and 2021 for deteriorated brake hoses, wheel bearing roughness, and braking inefficiencies. This trend indicates a reactive maintenance profile, where components are only replaced once they have reached a state of MOT-failing neglect rather than being proactively serviced. Furthermore, the absence of any MOT records between late 2022 and September 2026 strongly suggests the vehicle has been SORN or left unused for nearly four years, which introduces significant mechanical risks that a buyer must address. With 128,139 miles on the odometer, this twenty-two-year-old vehicle has averaged roughly 5,824 miles per year. While this is low mileage for a diesel or petrol family estate of this vintage, the mileage is highly concentrated in its earlier years, followed by a prolonged period of standing. Low mileage on an older vehicle is often falsely equated with good condition, but extended inactivity is highly detrimental to mechanical components. Standing vehicles suffer from accelerated moisture absorption in fluids, dry-rotting of rubber seals and bushes, and localized corrosion on moving parts. A buyer must assume that calendar-based degradation has taken a heavier toll on this vehicle than actual road wear. The most critical area requiring physical inspection is the rear sub-frame and rear suspension. Corrosion on the rear sub-frame has been flagged as an advisory since at least 2018. Over years of standing, especially if stored on grass or damp ground, this rust can easily progress from surface scale to structural rot. A prospective buyer must get the vehicle on a ramp and probe the sub-frame, mounting points, and rear spring seats with a corrosion hammer to ensure the structural integrity is not compromised. During a test drive, you should listen for heavy metallic clunks or knocks over bumps, which would indicate that the rear suspension bushes or coil springs have failed. The braking system and drivetrain also require a meticulous assessment. Given the history of deteriorated brake hoses, lagging rear service brakes, and parking brake inefficiencies, the entire hydraulic system must be checked for leaks, and the brake fluid must be tested for moisture content. On the test drive, feel for any brake shudder or pulsation through the pedal, which indicates warped brake discs, and ensure the vehicle pulls up in a straight line without pulling to one side. Listen for a low-frequency drone or hum that changes pitch with road speed, which would indicate that the offside front wheel bearing is now failing, mirroring the previous failure on the nearside. Finally, inspect the tyre sidewalls for cracking or perishing, check the health of the 12V battery, and verify the replacement history of the timing belt, as these components will have degraded significantly during the vehicle's long period of storage.