2002 Ford Fiesta 1.2L Petrol · KF02 AHY

Chronic braking system failure and progressive corrosion of hydraulic components define the mechanical history of this vehicle. The record shows a worsening trend in braking efficiency and integrity, culminating in a failure on 25 August 2021 involving dangerous imbalances across both axles and insufficient pedal reserve travel. This follows a documented pattern of repeated issues with brake hoses, corroded ferrules, and contaminated fluid, indicating a systemic decline in the braking system's condition. An average annual accumulation of approximately 2,201 miles over 24 years indicates very low usage for a vehicle of this age. While the recorded mileage of 52,822 is low, this usage profile often correlates with the degradation of rubber seals and the onset of corrosion in stationary components rather than mechanical wear from high mileage. The absence of MOT data since August 2021 suggests a significant period of inactivity, which may exacerbate existing issues with the braking system and suspension. Particular attention must be paid to the hydraulic braking system, given the history of corroded brake pipes, deteriorated hoses, and contaminated fluid. During a test drive, feel for any sponginess in the brake pedal, a lack of firm resistance, or any pulling to one side during deceleration, which would indicate lingering imbalance or hydraulic inefficiency. The previous failure regarding brake pedal reserve travel is a critical point of inspection to ensure the system is now operating within safe parameters. The suspension and chassis components also require scrutiny, specifically the rear axle swivel pins and bushes and the front suspension arm ball joints. Listen for knocks or clunks when driving over uneven surfaces or during low-speed steering manoeuvres, as these are typical symptoms of worn bushes and ball joints. Given the previous failure for a broken coil spring and the recorded tyre cracking in 2018, a physical inspection of the spring seats and the current condition of the tyre sidewalls is necessary to ensure structural integrity.