2016 Volkswagen Polo 1.0L Petrol · AE66 OOU

The 2016 Volkswagen Polo presents a mechanical picture dominated by recurrent front suspension concern throughout its ten-year ownership window, with three separate test events yielding advisories rather than outright failures. The most recent official MOT on 2025-11-14 returned a pass, yet the preceding two tests in December 2024 and November 2023 each carried warning flags around worn suspension arm pins and bushes on both sides of the front axle. These advisories—specifically noting excessively worn rear bush on the offside front suspension arm and similarly affected nearside front arm components—indicate a persistent stress point in the suspension geometry that has not resolved despite the intervening passes. The pattern suggests either gradual progressive deterioration of these linkage assemblies or a failure to address the initial condition when the earlier advises were issued. At 49,608 miles, the Polo's odometer reading registers approximately 4,961 miles accumulated annually, a figure markedly lower than typical for a decade-old vehicle and pointing toward either infrequent operation or extended periods of storage between services. The gap between the 2023-01-05 pass and the subsequent 2023-11-16 test spans several months, followed by another six-month interval before the December 2024 failure, which together create a scenario where critical suspension components may have degraded significantly while the vehicle remained intermittently roadworthy. Such a usage profile means that even though the current engine and drivetrain appear unremarkable, the chassis articulation system has likely endured considerable cumulative load that manifests through the specific suspension alerts now present. The primary mechanical attention required centres on the front suspension linkage assembly, particularly the arm pins and bush assemblies on both the offside and nearside front axles. During a test drive, the buyer should monitor for any knocking or clunking over bumps, especially at speed, which would indicate bushing wear allowing abnormal joint movement under dynamic loading. Excessive steering play or a feeling of loose articulation in the front end could signal further degradation of the same components. Given that the last confirmed failure occurred in mid-2024, any residual wear on these parts remains a genuine risk factor that should be verified independently of the MOT record alone. This assessment concludes that while the vehicle achieved a clean pass in its most recent MOT, the documented history of suspension-related advisories demands independent verification of the current state of the front suspension arm pins and bushes. A thorough hands-on inspection of these specific linkage points, combined with checking for any signs of leakage from adjacent systems such as brake lines feeding close to the suspension mounts, will provide the definitive picture needed before committing to purchase.