2014 Ford Fiesta 1.2L Petrol · ML14 ABK

A recurring pattern of first-time MOT failures involving critical chassis and braking components defines this vehicle's recent history. While the car achieved a pass on 14 October 2025, the preceding two years show a consistent trend of major defects, transitioning from deteriorated suspension ball joint dust covers in 2024 to an excessively fluctuating offside front service brake in 2025. This indicates a trajectory where wear-and-tear items are failing in clusters rather than maintaining a stable state of roadworthiness. The recorded mileage of 20,693 miles over a twelve-year period is exceptionally low, averaging approximately 1,724 miles per year. Such a low rate of usage typically implies the vehicle has undergone extended periods of inactivity or has been limited to short-distance urban trips. This specific usage profile is mechanically reflected in the MOT records, where the failure of rubber dust covers and the presence of subframe corrosion suggest that environmental degradation and stagnation have had a greater impact on the vehicle than mechanical wear from distance. Attention must be paid to the braking system and structural mounting points during a physical inspection. The 2025 record specifically flagged pitted and scored front brake discs alongside a fluctuating service brake on the offside front. During a test drive, feel for any pedal judder or a sensation of the vehicle pulling to one side under braking, which would indicate that the previous brake issues persist or that the discs have not been fully replaced. Further scrutiny is required for the suspension and underbody. Given the previous major failures of both nearside and offside front suspension arm ball joint dust covers, listen for knocking or clicking sounds when traversing uneven surfaces or turning the steering wheel at low speeds. Additionally, the subframe mounting area was noted as corroded in October 2025; a thorough visual inspection of these prescribed areas is necessary to ensure the corrosion has not progressed beyond a superficial level to affect the structural integrity of the mounting.