2010 Volkswagen Polo 1.4L Petrol · YC10 MMJ

The vehicle currently presents a worsening maintenance trend, moving from a period of clean MOT results to a series of recurring mechanical advisories and failures. While the July 2025 test resulted in a pass at 41,484 miles, the record shows a failed attempt just three miles prior at 41,481 miles. The tester flagged several issues that persisted through both tests, including corrosion on the rear beam axle and the offside front coil spring, alongside pitted brake discs on both axles and play in the nearside front track rod end. The mileage profile indicates very low annual usage, averaging approximately 2,593 miles per year over its sixteen-year lifespan. The data shows a consistent pattern of light use, with the vehicle recording only 14,306 miles by April 2019 and reaching 38,192 miles by July 2024. This low-mileage profile often correlates with the specific types of degradation seen here, such as surface corrosion on brake discs and suspension components, which frequently occurs when a vehicle sits idle for extended periods rather than being driven regularly. A prospective buyer should prioritise a thorough inspection of the underbody and suspension assembly. The recurring advisories regarding rear axle corrosion and the offside front coil spring suggest that while the corrosion is currently noted as not seriously weakened, it is a developing issue. The presence of an oil leak from the gearbox noted in the July 2024 test at 38,192 miles warrants a physical check for any signs of active weeping or significant fluid loss. The braking system also requires scrutiny. The tester has consistently flagged the front and rear brake discs as worn, pitted, or scored since at least July 2024. Although these were not enough to cause a failure in the most recent test, the repetitive nature of these advisories suggests the discs are nearing the end of their service life. Finally, the play in the nearside front track rod end should be verified to ensure steering precision and to prevent future failure.