2002 Volkswagen Polo 1.2L Petrol · D12 LBC

A consistent pattern of front-end wear is the defining mechanical thread running through this 24-year-old Volkswagen Polo's MOT history. Across the eight tests recorded, the vehicle has passed seven times with a single failure logged on 18 January 2022, where both nearside and offside front driveshaft constant velocity joint boots were found split or insecure to the point that dirt ingress was no longer prevented. After repair, the car passed a retest just two days later on 20 January 2022 with no advisories recorded, and the subsequent four annual tests have all returned clean passes, the most recent being 16 January 2026 with no defects recorded at all. The earlier history carries a slow drumbeat of advisory items, most notably headlamp lens discolouration on both sides (flagged in 2023 and 2024), thinning front brake pads on both sides during the 2024 test, a minor exhaust gas leak in June 2019, and slight play in the nearside lower suspension arm ball joint in late 2020. None of these have recurred in recent tests, suggesting that the wear points identified previously have either been resolved or have not deteriorated sufficiently to be remarked upon. Overall, the trajectory over the last four years is one of stable roadworthiness rather than progressive decline. Mileage accumulation across the recorded test history sits at a broadly typical annual rate for the vehicle's age. With 146,092 miles on the odometer over an approximate 24-year life, the average works out at around 6,000 miles per year, which is consistent with modest commuter or second-car use. The test dates themselves are irregular, with tests clustered in successive Januarys from 2022 onwards, a 19-month gap between the June 2019 test and the December 2020 test, and no recorded MOT prior to 2019. This irregularity, combined with the front-end wear items flagged across multiple years, points to a car that has seen consistent but not heavy use, with suspension joints, driveshaft boots and brake components subjected to normal urban duty cycles rather than high-mileage motorway running. The absence of any mileage-related advisories such as tyre wear imbalance or excessive corrosion suggests the recorded accumulation has not been punishing in mechanical terms. For a prospective buyer, the priority areas for physical inspection are the front suspension and drivetrain, given that these are the components which have produced the most substantive defects in the record. On a test drive, listen for clonking or knocking noises from the front wheels when traversing speed humps or uneven surfaces, which would suggest renewed wear in the lower suspension arm ball joint or bushes similar to the play noted in late 2020. With the vehicle raised if possible, inspect both front driveshaft CV boots for any fresh splits, perishing, or grease discharge, paying particular attention to the outer joints where the 2022 failure occurred. Rotate the front wheels by hand to check for any binding, roughness, or excessive free play in the wheel bearings, and feel for vibration through the steering wheel during cornering which could indicate a worn CV joint. The brake system also warrants close attention, given that the nearside and offside front pads were flagged as wearing thin during the January 2024 test. Carry out a firm straight-line stop from around 30 mph and check for any pulling to one side, which would indicate a seized or binding caliper, and listen for any grinding or squealing that suggests the pads have progressed beyond the advisory stage. Inspect the front discs for lipping, scoring, or corrosion around the rim, which is common on lightly used vehicles where surface rust does not get burnished away. Finally, examine both front headlamp lenses for the hazy or oxidised film noted in earlier advisories, as the description of product on the lens typically refers to UV degradation of the polycarbonate; verify that light output remains adequate on unlit roads, and consider restoration if night driving visibility is reduced. A thorough inspection of these flagged areas should provide a clear picture of remaining service life on this otherwise consistently roadworthy Polo.