2005 Ford Fiesta 1.4L Petrol · YF05 JXU

The vehicle is currently roadworthy but the maintenance history reveals a concerning trend of structural degradation and reactive repair habits. While the most recent test in June 2025 at 106,204 miles passed, it required immediate rectification of an exhaust leak and a discoloured indicator. This pass follows a significant improvement over a major failure in 2024, where multiple critical mechanical and structural defects were identified, suggesting the car is only maintained when test failures occur rather than through a preventative schedule. At 21 years old, the recorded 106,204 miles represent a low annual average of approximately 5,000 miles per year. However, the data shows a notable surge of 10,715 miles covered between April 2023 and June 2024, followed by another 7,000 miles in the following year. This low overall mileage often correlates with age-related deterioration of rubber components and metalwork due to periods of inactivity, which is consistent with the various corrosion-related issues noted throughout the record. A buyer must conduct a thorough physical inspection of the rear subframe and outer sills. The June 2024 failure flagged excessive corrosion seriously affecting the strength of the offside rear sill, and the 2023 advisory noted corrosion on the rear subframe mounts. This indicates a progressive rust issue that will eventually lead to a structural failure if not treated. Furthermore, the nearside front shock absorber progressed from light misting in 2023 to a serious leak in 2024, showing that the suspension system is nearing its end. The exhaust system also requires attention as the minor leak identified in the 2025 test suggests thinning metal or failing gaskets. Given the history of worn subframe pins and a distorted road wheel, the buyer should also check for play in the suspension bushings and inspect the steering geometry. The vehicle shows a pattern of deferred maintenance where faults are only addressed upon MOT failure, which increases the risk of hidden mechanical wear.