2010 Ford KA 1.2L Petrol · LL59 UAV

Structural corrosion of the rear subframe is the primary mechanical concern for this vehicle, progressing from an advisory in 2021 and 2023 to a major failure for being seriously weakened in February 2025. This deterioration, alongside a dangerous failure for exposed tyre cords and a major leak from the nearside front shock absorber in the same February 2025 test, indicates a worsening trend in the vehicle's structural and safety components. The history also shows previous issues with exhaust emissions and parking brake efficiency, with the most recent recorded test resulting in a failure. With 105,286 recorded miles over approximately sixteen years, the vehicle has averaged roughly 6,580 miles per year. This usage pattern is typical for its age, meaning the drivetrain and chassis have been subjected to standard wear and tear. At this mileage, components such as suspension bushes, engine mounts, and brake lines are typically reaching the end of their natural service life, which aligns with the recorded failures and advisories regarding corrosion and fluid leaks. A physical inspection must prioritize the rear subframe and front subframe mounting areas to verify that the serious corrosion flagged in February 2025 has been professionally remediated. Given the history of corroded coil springs across all four corners and the recent shock absorber failure, a test drive should focus on listening for knocking or clunking sounds when traversing uneven surfaces or speed bumps. Any excessive bouncing or instability during cornering would further indicate compromised suspension damping or spring fatigue. The recurring advisories regarding oil leaks from the sump and the major failure for carbon monoxide emissions in January 2024 require specific attention. Check for fresh oil residue around the engine block and on the ground where the car is parked. During the test drive, observe the exhaust for excessive smoke and monitor for any hesitation or lack of power, which may relate to the previous emissions failures. Ensure the parking brake holds the vehicle securely on an incline to confirm the previous efficiency failure has been resolved.