2009 Ford Fiesta 1.4L Diesel · FP09 VLC

The 2009 Ford Fiesta presents a historically sound mechanical record, though its current roadworthiness status is compromised by an expired MOT certificate. The maintenance trend appears stable, with the most recent test on 30 September 2023 at 126,617 miles passing without any defects or advisories. A duplicate entry on the same date indicates an initial failure, likely for a minor issue rectified immediately during a retest, resulting in a clean pass. Despite this clean bill of health nearly three years ago, the vehicle now requires a fresh MOT to confirm its current condition. The mileage accumulation reveals a distinct shift in usage patterns over the vehicle's seventeen-year lifespan. Between 7 September 2021 at 83,190 miles and 4 October 2022 at 106,236 miles, the Fiesta covered 23,046 miles in just over a year. This trend continued through the following twelve months, adding another 20,381 miles before reaching the current 126,617 miles on 30 September 2023. This rapid accumulation suggests heavy commuting or long-distance driving during that specific period, contrasting sharply with the overall lifetime average of roughly 7,448 miles per year. Crucially, the recorded mileage has remained static since the last test in September 2023, indicating the vehicle has either covered negligible distance or stood idle for nearly three years. With no recorded faults or structural corrosion flagged in the MOT history, the primary concern shifts to the effects of prolonged stationary storage. A buyer must inspect the vehicle thoroughly for issues associated with long-term disuse. Tyres should be checked for flat spots and sidewall perishing, while brake discs will likely exhibit surface corrosion from standing. Suspension components, including coil springs and bushes, require close inspection for deterioration, and the exhaust system must be examined for moisture-induced corrosion. The static mileage also raises questions about the condition of the battery and the potential for fuel degradation, necessitating a comprehensive mechanical inspection before any purchase is considered.