2008 Ford Fusion 1.4L Petrol · MF08 CFO

A pattern of structural and chassis corrosion has emerged across the recent MOT history of this 2008 Ford Fusion, most notably highlighted at the 2026-03-19 test where advisories were issued for nearside and offside rear coil spring corrosion. This latest outcome continues a trajectory first signalled in 2025-03-27, when the rear sub-frame was flagged as corroded though not seriously weakened at that time. The intervening 2024-04-02 test recorded no defects, so the absence of advisories one year and their return the next suggests the corrosion process on the rear suspension and subframe area is progressing rather than static. Taken alongside a brake pad advisory for the front pads wearing thin, the mechanical picture points to a vehicle where age-related deterioration of underbody steel and friction components is becoming more apparent on each annual inspection. The recorded mileage of 60,214 miles over approximately 18 years equates to an annual accumulation of around 3,345 miles, which is notably low for the vehicle's age. This figure is consistent with light commuter use, significant periods of standing, or a combination of both, and the MOT record itself shows no multi-year gaps in testing, indicating the car has remained on the road and presented for annual inspection throughout. Lower mileage of this nature typically preserves engines, gearboxes and interior components from wear proportional to distance, but it does not arrest corrosion processes, and indeed the rising number of chassis-related advisories across consecutive tests is consistent with a vehicle that has accumulated years of road exposure, moisture and winter salt rather than distance alone. The mechanical implication is that the body, subframe and suspension metalwork should be treated as the primary age-related concern, with engine and drivetrain items likely less heavily worn than the mileage might otherwise suggest in a higher-use scenario. For a prospective buyer, the rear suspension area warrants close physical inspection, particularly the coil springs where corrosion has now been recorded on both sides, as corroded springs can eventually fracture and cause a sudden loss of ride height or a clonking noise over bumps. The sub-frame corrosion advisory from 2025 should be re-examined by placing the vehicle on a ramp to check for any progression in rust scale, flaking metal or loss of structural rigidity around mounting points, and the area should be tapped lightly to detect any advanced section loss. Front brake pads were reported as wearing thin at the most recent test, so a thorough check of pad material remaining, disc condition and any brake judder or pulling under hard stopping should form part of any test drive, with attention also given to the operation of the handbrake and the feel through the pedal for any sponginess that might indicate caliper binding or hydraulic issues. Additional checks should cover the items previously flagged in earlier advisories, namely the high-level stop lamp noted as not working at the 2023 test, which should be verified as functional during a current inspection, and the nearside rear tyre that was reported as worn close to the legal limit and on its edge, suggesting a possible tracking or suspension geometry issue that may still be present. On the road, listen for any knocking from the rear over uneven surfaces, which could indicate deteriorating spring seats or bush wear, and pay attention to any steering pull or uneven tyre wear that might point to alignment problems stemming from the corroded rear components. Given the age of the vehicle and the documented progression of underbody corrosion, a pre-purchase inspection on a lift would be strongly advisable to confirm the structural integrity of the sub-frame and surrounding metalwork before committing to purchase.