2009 Volkswagen Polo 1.4L Diesel · OU09 XJO

A recurring pattern of front suspension wear dominates the roadworthiness record of this 2009 Volkswagen Polo, with inner suspension arm pin or bush wear flagged at the nearside and offside front on both the 2025 and 2026 tests, suggesting progressive degradation of the rear bushes rather than a transient issue. The 2025 entry was particularly concerning, recording a fractured offside front coil spring and a split offside front drive shaft CV boot as Major defects which caused the failure, alongside advisories for pitted front brake discs and the same suspension bushes. By the 2026 test, the coil spring and CV boot issues appear to have been rectified, but the persistent suspension advisories indicate an underlying wear pattern in the front lower arm assemblies that is likely to progress. The most recent assessment on 21 August 2026 initially failed on headlamp aim before being corrected and passing the same day, with only minor issues remaining, demonstrating that the core mechanical structure of the vehicle is presently intact but operating with measurable wear on key dynamic components. With 157,465 miles recorded over approximately seventeen years of service, this Polo accumulates roughly 9,263 miles annually, which sits comfortably within the expected band for a vehicle of its age and class and points to consistent rather than exceptional usage. There are no extended gaps in the MOT history that would suggest prolonged periods off the road, meaning the mechanical components have generally been worked under normal operating conditions rather than suffering the accelerated degradation often seen on low-mileage vehicles with infrequent use. The steady accumulation does however align with the wear observed on consumable and suspension components, as coil springs, CV boots, and suspension bushes all deteriorate progressively with mileage and are showing the cumulative effects of high overall use combined with the vehicle's advancing age. For a prospective buyer, the front suspension should be the primary area of inspection, specifically the inner rear bushes on both lower control arms as flagged in the most recent tests, which on a road test typically manifests as vague steering response, a knocking or clonking noise over uneven surfaces, and imprecise wheel location under braking or cornering loads. The fractured coil spring previously recorded on the offside front, even though now resolved, warrants confirmation that the replacement was carried out as a pair, since uneven spring rates between sides can produce an uneven ride height and a noticeably firmer or harsher response on one corner. The CV boot failure from 2025 should also be verified as fully resolved by inspecting both inner and outer boots for fresh grease deposits, splits, or perished rubber, as a neglected boot rapidly leads to joint failure, while the pitted front brake discs recorded in 2025 should be checked for any residual judder under braking or a pulsating brake pedal that would indicate the discs have worn beyond their service limit or require replacement. Attention should also be directed toward the headlamp aim correction that caused the failure on the same day as the 2026 pass, ensuring both headlamp adjusters move freely and hold their position without slipping, and confirming the central high-mounted stop lamp bulbs are fully functional across all elements. The general age and mileage of the vehicle make it prudent to inspect the exhaust system for corrosion at mounting points and joints, check for any oil leaks from the engine and gearbox sumps, and examine the underbody and subframe mounting areas for rust, even though no corrosion advisories have yet appeared in the MOT record. Given the pattern of advisories clustering around the front end, a buyer should budget for the likely replacement of both lower suspension arms and the front brake discs in the near term, as these items are now demonstrably at the end of their effective service life on this particular vehicle.