2009 Volkswagen Polo 1.2L Petrol · DU09 FZC

The Volkswagen Polo’s MOT history presents a clean but irregular record, with the most recent test in October 2025 at 69,932 miles passing without defects—a positive indicator of current roadworthiness. The trend is stable, as there are no recurring advisories or failures tied to mechanical degradation, though the October 2024 failure (68,502 miles) stands out as an anomaly with no recorded defects, suggesting a possible administrative error or a test conducted shortly after a repair. The absence of advisories or major faults in the three preceding passes, including the December 2021 test at 65,215 miles, implies that if issues exist, they are either intermittent or have been addressed promptly. That said, the lack of documented defects does not preclude hidden wear in high-stress components, particularly given the vehicle’s age and the low annual mileage. The mileage pattern reveals a vehicle that has seen minimal use—approximately 4,114 miles per year—over its 17-year lifespan, which is unusually low for its age. The gap between the December 2021 test (65,215 miles) and the October 2023 test (65,941 miles) spans nearly two years with just 726 miles added, reinforcing the likelihood of light or infrequent use. This could mean the car has spent extended periods in storage, which may have contributed to issues like seized bearings, degraded suspension bushes, or stiff brake calipers from inactivity. The rapid accumulation of 1,439 miles between October 2023 and October 2024, followed by another 1,334 miles to October 2025, suggests a brief period of more active use, though still well below average. Such variability in mileage can make it difficult to predict wear rates on components like tyres, brake pads, or timing belts, which typically degrade based on both distance and frequency of operation. For a buyer, the primary focus should be on components most vulnerable to neglect in a low-mileage, intermittently used vehicle. Inspect the suspension for degraded bushes, worn coil springs, or signs of binding in the steering or suspension mounts, as these can stiffen or corrode when a car sits unused. The brakes should be checked for binding calipers, uneven pad wear, or glazed discs, particularly if the vehicle has been driven in short bursts. Exhaust emissions and fuel system integrity are also worth verifying, as infrequent use can lead to carbon buildup or fuel line deterioration. Structural corrosion, especially around wheel arches, sills, and the underbody, should be scrutinised, as moisture ingress during periods of inactivity can accelerate rust. Finally, given the October 2024 failure with no defects logged, a pre-purchase inspection by a qualified mechanic would be prudent to confirm there are no undocumented issues.