2008 Ford KA 1.3L Petrol · GU08 ACJ

The vehicle presents a significant roadworthiness risk, with a maintenance trend that is clearly worsening. The most recent test in December 2023 at 37,332 miles resulted in a major failure involving critical structural integrity issues. The tester identified excessive corrosion on the nearside and offside front subframe mountings, which significantly reduced structural strength. Most concerningly, the seat belt anchorages also showed significantly reduced strength due to floor corrosion. These are not minor consumable issues but fundamental failures of the vehicle's chassis and safety systems. The mileage profile shows a vehicle that has covered only 37,332 miles over its 18-year lifespan, averaging roughly 2,074 miles per year. While this low usage suggests light driving, the MOT history indicates the car has likely suffered from long periods of standing or exposure to damp environments, which often accelerates corrosion. There is a notable gap in recorded data between the December 2023 test and the current date of July 2026, meaning the vehicle's current legal status and mechanical condition are unverified. A prospective buyer must conduct a rigorous physical inspection of the underside to assess the extent of the structural decay. The record shows a persistent pattern of corrosion dating back to February 2020, where the tester flagged reduced rigidity in the sills and wheel arches. The December 2023 failure confirms that this corrosion has progressed from surface-level issues to serious structural compromise. Any repair would require extensive welding to the subframe mountings, sills, and seat belt anchorages to meet safety standards. Beyond the chassis, the suspension and braking systems show signs of inconsistent upkeep. The December 2022 test at 33,906 miles flagged worn suspension arm bushes, a deteriorated anti-roll bar linkage, and fractured brake discs. The December 2023 test also identified a fractured nearside front coil spring and worn tyres. Given the recurring nature of these faults, the vehicle appears to have been maintained reactively rather than preventatively, suggesting that further mechanical failures in the drivetrain or braking components are highly probable.