2006 Ford Fiesta 1.4L Petrol · FG06 AJO

The vehicle's roadworthiness shows a concerning downward trend characterized by worsening structural and mechanical deterioration. While the most recent MOT pass in August 2022 at 169,011 miles cleared the vehicle, the record reveals significant underlying issues that were only recently addressed or partially mitigated. The July 2022 failure was particularly severe, flagging excessive corrosion on the offside front subframe mounting and multiple sill areas, which directly impacted the structural integrity of the chassis. Although the vehicle passed subsequently, the presence of ongoing corrosion on brake pipes, battery trays, and inner wings suggests a persistent battle against oxidation. The mileage history indicates a significant shift in usage patterns. Between 2021 and 2022, the vehicle covered approximately 73,000 miles, a massive increase compared to the relatively steady annual averages seen in earlier years. This rapid accumulation of mileage has likely accelerated the wear on consumable components and exacerbated existing mechanical issues. The current recorded mileage of 169,011 is consistent with a high-use vehicle, but the sudden spike in distance driven between August 2021 and August 2022 places substantial stress on an aging drivetrain and suspension system that was already showing signs of fatigue. A prospective buyer must conduct a thorough physical inspection of the vehicle's underside, specifically focusing on the subframe mountings and sills to ensure the previous structural corrosion has been adequately treated and is not progressing. The history of leaking engine oil, gearbox oil, and anti-freeze requires a close examination of the engine bay for fresh seepage or residual staining. Recurring advisories regarding corroded brake pipes and distorted road wheels suggest that the chassis and braking system require careful scrutiny. Additionally, the tester noted uneven tyre wear and deteriorating headlight lenses in the 2022 test, so the condition of the suspension geometry and lighting assemblies should be verified.