2014 Ford KA 1.2L Petrol · WR14 ENX

The most recent MOT on 6 November 2025 (44,305 miles) resulted in a passed test, though critical advisories persist. However, the vehicle failed a retest on 29 October 2025 due to unresolved front brake wear, suspension bush deterioration, and coolant leaks. Over the past three years, recurring issues with front suspension bushes, ball joints, and brake components indicate a worsening maintenance trend. Structural corrosion to the rear sub-frame and ongoing tyre damage further underscore declining mechanical integrity. The vehicle’s recorded mileage of 44,305 miles over 12 years equates to approximately 3,692 miles annually, which is notably low for its age. This suggests limited usage but does not preclude mechanical neglect. MOT records reveal progressive deterioration: front suspension bushes and ball joints showed minor wear in 2023 (40,926 miles), advanced to excessive wear by 2025. Front brake disc scoring and pad wear worsened from 2024 (42,028 miles) to the 2025 failure. While low mileage may reduce drivetrain stress, the accumulation of unresolved suspension and braking faults suggests deferred maintenance, contradicting expectations for a lightly used vehicle. A buyer must inspect front suspension components for excessive movement or looseness in lower arm bushes and ball joints, as these have degraded from “slight play” in 2023 to “excessively worn” in 2025. Verify front brake disc condition and pad thickness, as recurring advisories and a failure indicate imminent replacement risks. Inspect the rear sub-frame’s structural integrity for corrosion progression beyond the 2025 MOT’s “not seriously weakened” assessment. Test coolant system integrity to confirm the leak resolved since October 2025. Examine rear tyres for cracking or damage requiring replacement and assess exhaust emissions for compliance, as prior advisories may signal catalytic converter or lambda sensor issues. Structural corrosion in the rear and water ingress in lamps must be validated for repair or replacement.