2013 Ford KA 1.2L Petrol · SC13 OVL

Structural corrosion and recurring suspension failures define the mechanical history of this vehicle. While it achieved a clean pass on 1 August 2025, this followed a critical failure just days prior involving a rotted-through rear axle spring pan holder and an excessive oil leak from the sump. The record shows a persistent trend of deterioration, with previous failures and advisories centering on shock absorber leaks, worn bushes, and corroded brake pipes, indicating a history of significant component wear. The recorded mileage of 62,944 miles is low for a thirteen-year-old vehicle, averaging approximately 4,842 miles per year. Such a low annual accumulation often correlates with shorter journeys or periods of inactivity, which can exacerbate the degradation of rubber components and accelerate oxidation in exposed metal areas. This usage pattern is reflected in the MOT history, where perishing tyres and significant structural corrosion have been flagged despite the low odometer reading. Particular attention must be paid to the structural integrity of the rear axle and subframe. Given the dangerous failure in 2025 regarding the axle spring pan holder and the 2024 advisory for subframe corrosion, a thorough visual inspection of the underside is essential to ensure repairs were comprehensive. During a test drive, listen for metallic knocks or clunks when traversing uneven surfaces, which could indicate remaining instability in the suspension linkages or coil springs. The history of excessive oil leaks from the sump and fluid leaks from the shock absorbers necessitates a check for active seepage. Inspect the engine bay and the ground beneath the vehicle for fresh oil deposits. Additionally, the previous record of corroded brake pipes and distorted road wheels suggests a need to verify the current state of the braking system and wheel alignment. Any steering pull or unusual vibration through the chassis should be noted as potential evidence of lingering wheel distortion or suspension wear.