2014 Ford Fiesta 1.2L Petrol · AO14 XNP

The vehicle's current roadworthiness is assessed as good for the purpose of a standard MOT test, but the maintenance history reveals a worsening trend in suspension components. The most recent test on 2025-12-09 passed successfully at 107,774 miles, but the 2025-07-15 test failed on the front windscreen washer, indicating a gap in fluid management that likely accelerated wear. The 2024-07-24 test also failed on the nearside rear stop lamp, suggesting that while earlier tests were clean, the vehicle has not maintained its suspension integrity since the 2025-07-15 failure. The mileage pattern is unstable and rapidly accumulating , reflecting a lack of regular maintenance. The 107,774-mile test on 2026-06-18 is the most recent and represents the final reading, which is 12 years old, consistent with the vehicle's age. The mileage gap between the 2025-07-15 test and the 2024-07-24 test of 96,502 miles highlights a significant acceleration in vehicle usage or wear rates. This rapid accumulation suggests that the owner may have been using the car less frequently or that the suspension components are failing faster than the engine or drivetrain components, indicating a need for immediate attention to suspension bushings and springs. A buyer should inspect the vehicle for structural integrity in suspension and brakes immediately. The 2025-07-15 failure of the front windscreen washer and the 2024-07-24 failure of the nearside rear stop lamp indicate that the vehicle has been exposed to significant mechanical stress, likely from off-road driving or poor handling. The 2024-07-24 failure on the nearside front tyre worn close to the legal limit and the front brake pad wearing thin close to limit suggest that the drivetrain and braking system are at risk of imminent failure. The 2025-07-15 failure of the offside front track rod end ball joint dust cover insecure so that it no longer prevents dirt ingress further confirms that the ball joint has become loose and is now prone to catastrophic failure under load.