2009 Ford Fiesta 1.2L Petrol · VE59 GCK

A pattern of structural and chassis-related wear defines this Fiesta's MOT trajectory, with corrosion and suspension degradation emerging as recurring themes despite the vehicle passing its most recent test on 8 January 2026 with no defects recorded. The 2025 cycle was particularly concerning, beginning with a fail on 14 January due to a major defect citing excessive corrosion at the offside rear suspension component mounting area within the sill, a finding that significantly compromises structural strength and suggests the corrosion front has established itself in load-bearing metalwork. This was paired with a dangerous tyre defect in early 2024 and worn rear axle swivel pins and bushes, indicating the rear suspension architecture has been under sustained stress. The subsequent pass a day later and the clean 2026 result show the immediate rectification was completed, but the nature of sill corrosion is that it progresses laterally along the seam once initiated, so the area treated in 2025 warrants close physical inspection for further spreading or repair quality. Recorded mileage of 123,037 miles across seventeen years equates to approximately 7,237 miles annually, a fairly typical accumulation rate for a vehicle of this age and segment. There are no gaps in the testing history that would indicate long periods off the road, which is mechanically beneficial as it prevents the deterioration commonly associated with standing vehicles, such as seized calipers, perished rubber, and moisture ingress. However, the mileage is sufficient to have placed meaningful demands on wear items, and the MOT record confirms this with brake disc pitting noted in 2024 and suspension component wear flagged in the same cycle. The mileage progression between tests appears consistent rather than exhibiting any sudden spikes, which suggests a steady usage pattern that allows for gradual component wear rather than acute stress events. Given the corrosion history at the offside rear sill and the suspension mounting area, a prospective buyer should conduct a thorough physical examination of both sills, paying particular attention to the offside rear internal box section, wheel arch lip, and jacking points for bubbling, penetrating rust, or evidence of previous welding. The sill is a load-bearing structural member, and MOT standards require its integrity to be maintained, so any aftermarket repair using underseal or filler should be regarded with caution and ideally probed. On a test drive, listen for clonks or knocks from the rear suspension over uneven surfaces, particularly single-direction impacts such as speed humps, which would indicate worn swivel pins, bushes, or corroded mounting points. Steering response should be checked for vagueness or wandering, as deteriorated rear bushes can allow the axle to shift laterally under load. The front brake disc wear noted in 2024 should be verified by inspecting the discs for lipping, hot spots, or scoring, and the pedal feel should be tested for any judder under firm braking, which would suggest disc runout from uneven wear. The offside front road wheel distortion advisory from 2025 indicates either kerbing damage or a manufacturing imperfection, and this should be checked visually for cracks, buckles, or runout by spinning the wheel while stationary. Tyres should be examined for any exposed ply or cord, as the dangerous defect recorded in 2024 highlights the consequences of neglected rubber, and all four tyres should be inspected for even wear patterns, as uneven front wear may point to alignment or suspension geometry issues stemming from the rear axle wear previously recorded. Finally, a thorough underbody inspection on a ramp is strongly recommended to assess the full extent of corrosion progression beyond what was visible to the previous tester.