2006 Volkswagen Sharan 2.0L Diesel · MM06 UPK

A pattern of recurring structural and steering defects dominates the recorded roadworthiness history of this 2006 Volkswagen Sharan, with multiple test outcomes flagging fractured rear coil springs, worn steering track rod ends, and exhaust integrity issues across consecutive years. The most recent test on 2022-11-17 resulted in a fail, with both an inoperative nearside rear parking brake and excessive play at the nearside front track rod end ball joint, the latter repeating a dangerous defect recorded on the nearside track rod end at the 2021-12-07 test. Coil spring fractures have appeared at both rear corners, with the offside rear noted as broken in December 2020 and both rear springs broken in December 2021, suggesting suspension deterioration is a chronic concern. Alongside these major items, advisories have consistently flagged steering rack inner joint play on both sides and play in the nearside and offside front upper strut mountings, indicating progressive wear across the front suspension architecture that has not yet escalated to failure but warrants close attention. At 178,264 miles over approximately twenty years, the Sharan has accumulated around 8,913 miles annually, a broadly typical rate for its age that does not suggest extended periods off the road. Testing has occurred with reasonable consistency from 2018 through 2022, though the lack of any recorded tests prior to 2018 means earlier service or maintenance evidence is not visible in the MOT data. This mileage level on a vehicle of this age places significant demand on consumable components, particularly suspension bushes, coil springs, brake discs, drive shaft boots, and steering linkages, all of which feature prominently in the recorded defects and advisories. The cumulative wear evidenced across steering, rear suspension, exhaust, and drivetrain boots is consistent with the demands of high-mileage operation rather than neglect, but it does mean that prospective buyers should anticipate ongoing attention to underbody and chassis components. Given the documented history, a pre-purchase inspection should concentrate on the suspension and steering assemblies with particular care. Both rear coil springs have fractured within a two-year window, and the advisories on nearside and offside front upper strut mountings suggest the front struts may also be approaching replacement; on a test drive, listen for clonking or knocking noises from the rear over bumps and feel for excessive float or rear-end instability under braking. The steering rack inner joint play noted on both sides, combined with the track rod end ball joint failures in 2021 and 2022, means the steering should be checked carefully for vagueness, knocking when turning at low speed, or uneven tyre wear indicating alignment drift. The parking brake should be tested on an incline to confirm the nearside rear mechanism now holds, and the handbrake lever travel should feel consistent rather than one-sided. Brake components and the drivetrain also merit specific checks. A 2021 advisory noted front brake disc wear, and while not excessive at the time, discs at this mileage and age are likely due for replacement, so any pulsation through the brake pedal, squealing under load, or visible lipping on the disc edges should be evaluated. The 2018 advisory and 2020 failure regarding offside drive shaft CV boots indicate recurring boot deterioration, so inspecting both inner and outer boots for splits, grease loss, or contamination is worthwhile, and any clicking noises on full-lock turns would indicate a worn CV joint. Exhaust integrity should be physically inspected underneath, as the 2019 test recorded a major leak from the intermediate pipe and rear silencer, and any blowing, rattling, or visible corrosion at joints would suggest further repair is needed. Finally, the rear tyres have repeatedly shown inner-edge wear, which on a Sharan can indicate rear suspension or alignment issues and should prompt a check of rear wheel alignment and inspection for any perished rear bushes contributing to camber loss.