2014 Ford Fiesta 1.2L Petrol · MT14 XHS

The defining event in this Fiesta's recent roadworthiness history is a dangerous failure recorded on 5 December 2025, where the same date appears as both a pass and a fail entry, indicating the vehicle was submitted, failed, and then presumably re-submitted and passed within the same day. The failure items are significant: a dangerous defect for ply or cords exposed on the offside front tyre, a major defect for an excessively worn offside front suspension arm ball joint, and a major defect for a non-functioning nearside front headlamp on dipped beam. A dangerous classification is the most serious outcome under the MOT regime and means the vehicle should not have been driven in that condition. Prior to this event, the car carried a clean record across six consecutive annual tests dating back to 2019, with no advisories or defects noted at any point. The sudden appearance of three defects, including a dangerous one, at nearly 96,000 miles on a previously blemish-free record represents a clear deterioration in the vehicle's condition and warrants close mechanical scrutiny before purchase. With eight MOT tests recorded between April 2019 and December 2025 and a current odometer reading of 95,274 miles on a 2014 vehicle, the Fiesta has accumulated mileage at roughly 7,940 miles per year over its twelve-year life. This is broadly consistent with typical annual driving distances for a car of this age and class, neither unusually low nor excessively high. The testing pattern shows annual submissions from 2019 through 2025, with no evidence of a prolonged off-road period, lay-up, or significant mileage gaps between tests. The steady progression of annual tests suggests the vehicle has been in regular use throughout the recorded history. Mechanically, a Fiesta at this mileage and usage rate will have experienced normal wear on consumables, with components such as clutches, dual-mass flywheels, brake discs and pads, suspension bushes and shock absorbers approaching or past typical replacement intervals, even though the MOT record alone does not show evidence of these items failing at test. The specific defects from the December 2025 failure point to areas that demand a targeted physical inspection and test drive evaluation. The excessively worn offside front suspension arm ball joint is a steering and suspension component that directly affects handling precision and tyre wear, and on a test drive you should listen for clonking or knocking noises from the front suspension when traversing speed bumps or uneven road surfaces, particularly over the offside front wheel. Any vagueness, wandering, or uneven steering response, especially under braking, would warrant further investigation of the front suspension arms, bushes and track rod ends on both sides. The tyre failure for exposed ply or cords indicates a tyre that was at or beyond its legal and safe limit, and the remaining three tyres should be checked for tread depth, sidewall cracking, age-related deterioration, and even wear patterns that could point to alignment or suspension geometry issues stemming from the worn ball joint. The headlamp failure on dipped beam should be verified as a straightforward bulb replacement, but it is worth confirming both headlamp units illuminate correctly on main beam, dip beam, and any daytime running function before purchase. Given that the dangerous and major defects were identified and a subsequent pass recorded on the same date, the rectification work has presumably been completed, but a prospective buyer should obtain documentation of exactly what was replaced, including the suspension arm or ball joint component, and confirm whether a geometry alignment was carried out afterwards. On a road test, pay particular attention to straight-line stability, braking pull to either side, and any vibration through the steering wheel which could indicate residual issues from the suspension repair. Inspect the offside front tyre wall carefully for any bulging or uneven wear, and check that the nearside front headlamp produces a clean, correctly aligned beam pattern without condensation inside the lens. Beyond the failed items, with the vehicle approaching the upper end of the 90,000-mile bracket, it is prudent to inspect the rear brake shoes and drums if applicable, check for any signs of coolant or oil leaks from the engine and gearbox, and listen for any bearing rumble or timing chain noise from a cold start. While the longer-term MOT history was unblemished, the abrupt change in condition at this mileage suggests the vehicle is entering a phase where age and wear-related defects are beginning to surface, and a pre-purchase inspection by an independent technician would be a sensible precaution.