2008 Ford Fiesta 1.4L Petrol · MJ58 EYP

The 2008 Ford Fiesta passed its most recent MOT on 5 August 2025 at 114,304 miles, but the maintenance trend reveals a worsening pattern of structural corrosion and suspension degradation. The tester flagged an oil misting on the offside rear shock absorber, indicating the damper is beginning to fail. More critically, the record shows a severe escalation in corrosion issues. In July 2024, the vehicle failed due to excessive corrosion on the offside rear chassis and suspension mounting, which was serious enough to warrant a welding repair. The subsequent pass a day later noted the repair was adequate to MOT standards but explicitly stated the metal used appeared thin, raising concerns about the long-term structural integrity of the patch. The mileage accumulation aligns closely with typical usage for an eighteen-year-old vehicle, averaging roughly 6,350 miles annually. Between the July 2023 test at 109,416 miles and the July 2024 test at 111,999 miles, the car covered approximately 2,500 miles. The most recent year saw a further 2,300 miles added before the August 2025 pass. There are no alarming gaps or sudden spikes in the recorded distance, suggesting consistent, light-to-moderate use rather than prolonged standing or high-mileage fleet running. A buyer must inspect the rear suspension and chassis mounts in person, as the history points to an ongoing battle with corrosion. The 2023 failure listed a fractured nearside rear coil spring and corroded offside spring, while the 2024 failure cited excessively corroded spring mountings. Although a welding repair was carried out, the tester's note about the thin metal used suggests the fix may be temporary. Examine the repaired areas closely for fresh corrosion or cracking. The front brake discs were flagged as worn and pitted in both 2023 tests, meaning the braking system likely requires ongoing attention. Finally, the corroded fuel filler neck pipes noted in 2023 remain a concern, as corrosion in fuel lines can lead to leaks or contamination if left unchecked.