2010 Ford Focus 1.8L Petrol · CK60 GWD

Persistent structural corrosion and recurring lower suspension degradation define the mechanical record of this 2010 Ford Focus, which accumulated an advisory-laden pass on 2022-09-20 following a mixed history of earlier failures. While the vehicle has secured regular test passes over the inspected years, the accumulation of structural advisories alongside a prior failure for lighting defects shows that the car has experienced noticeable component fatigue. The trajectory reveals a progressive onset of corrosion on foundational components rather than a completely clean bill of health, indicating that structural monitoring will be critical for any future roadworthiness. With 89,254 miles recorded over its sixteen-year lifespan, the vehicle averages roughly 5,578 miles annually, reflecting a relatively low usage profile for its age. This modest mileage rate suggests the car has spent extended periods operating on shorter journeys or potentially standing between annual tests. Mechanically, lower usage patterns of this nature mean that components susceptible to environmental exposure, such as underbody metalwork and suspension mountings, face the risk of degradation from lack of movement and moisture retention, even if the overall distance covered is below the national average. Prospective buyers must prioritise a thorough inspection of the underbody, specifically focusing on the rear subframe and suspension arms, which were explicitly flagged for corrosion during the 2022 test, alongside the general surface rust noted in 2021 and the corroded rear coil springs recorded in 2020. During a static inspection, check the coolant expansion tank for any lingering leaks following the 2020 advisory, and inspect the condition of the plastic sill covers as they can conceal hidden corrosion underneath. On the test drive, listen carefully for knocks, creaks, or clunks from the rear axle over uneven road surfaces, which would indicate advanced wear in the corroded suspension arms or springs. Further dynamic evaluation should test the responsiveness of the steering and suspension geometry to ensure that previous observations regarding bush deterioration and arm corrosion have not translated into excessive play or wheel alignment issues. Pay attention to any pull under braking or uneven tyre wear patterns across the front and rear axles, verifying that the stopping power is balanced and free from vibration. Ensuring that these specific historical advisory areas remain structurally sound will determine the long-term viability and safety of the chassis before committing to purchase.