2009 Volkswagen Polo 1.4L Petrol · FP59 HKA

The mechanical narrative of this 2009 Volkswagen Polo centres on a steady accumulation of advisories rather than any single catastrophic failure, painting a picture of a vehicle that has been passing its roadworthiness tests but consistently showing its age in the consumable and underbody components. The most recent test on 26 November 2025 was a pass, yet it carried forward a near-side outer CV joint boot flagged as severely deteriorated, which has now been recorded as a minor defect at three consecutive tests. Alongside this, the front exhaust has now produced a minor leak advisory at three tests spanning 2022, 2023, and 2025, indicating a chronic rather than transient issue, while both front tyres have shown edge wear at the last three consecutive examinations. The 2024 test history is particularly telling, as an offside rear brake pad fell into the dangerous category with less than 1.5 mm of material remaining, and an offside front suspension arm rear bush was classified as a major defect owing to excessive wear, the same component that had merely been an advisory at the two prior tests. The overall trend suggests a chassis that is beginning to demand more than routine attention, with bush wear escalating from advisory to major within a two-year window. At 58,131 miles over approximately seventeen years, the Polo has covered only around 3,400 miles annually, which is notably low for its age and points towards short journeys or extended periods of standing rather than sustained motorway use. There are no unusual gaps in the testing record, but the mileage progression between tests is modest, and such a low annual accumulation tends to place greater strain on components that benefit from regular thermal cycling, particularly the exhaust system, brake discs, and underbody rubber and bush components. The pattern of recurring brake disc pitting and scoring advisories from 2023 is consistent with low-speed urban use where discs do not receive sufficient heat to self-clean, while the exhaust joint deterioration may be accelerated by short running cycles that prevent the system from fully drying out. Although a low-mileage car of this vintage has likely avoided high cumulative wear on the engine and gearbox internals, the chassis and ancillary rubber components appear to be ageing at a rate that exceeds what the odometer might suggest, reinforcing the importance of a thorough physical inspection rather than relying on the modest mileage figure alone. For a prospective buyer, the priority areas for physical examination should mirror exactly what the MOT history has been flagging. The near-side outer CV boot should be inspected for splits or grease loss, as a severely deteriorated boot will eventually allow water and grit ingress into the joint, leading to complete failure; listen on a test drive for a clicking or knocking from the front of the car during full-lock low-speed manoeuvres, and feel for any vibration transmitted through the steering wheel. The offside front suspension arm rear bush, which has now graduated to a major defect, should be checked by rocking the wheel and listening for clunks or feeling for play in the lower arm; any knocking from the front under braking or over uneven surfaces would confirm that the bush has now worn beyond tolerance. Brake pedal feel should be assessed for sponginess or judder, and the offside rear caliper specifically should be examined for binding given the dangerous pad wear recorded in 2024, as uneven or slow pad wear can indicate a partially seized caliper mechanism. The front tyres showing consistent edge wear at the last three tests suggest a geometry or camber issue that has not been resolved, so a prospective buyer should inspect the sidewalls for inner-edge feathering and consider a four-wheel alignment check regardless of how much rubber remains. The exhaust note should be listened to from cold start for any ticking or hissing emanating from the front section, confirming whether the minor leak has progressed into a more substantial joint failure. Finally, given the vehicle age and the pattern of undercomponent advisories, the underside should be examined on a ramp for any emerging corrosion around suspension mounting points, subframe seams, and brake pipe runs, as this Polo is now at the stage where structural advisories can begin to appear on the next test if surface corrosion is left unchecked.