2013 Ford Fiesta 1.2L Petrol · ST63 DFF

The most recent DVSA examination on 26 January 2026 resulted in a PASS, although the same date carries a prior FAIL entry that was subsequently cleared through rectification. The failure comprised a non-functioning nearside front dipped headlamp and an inoperative nearside side repeater, both classed as Major defects. While the vehicle ultimately passed, the persistence of advisories at this test, particularly the nearside rear seat belt webbing fraying, both front tyres wearing on their inner edges, and corroded rear coil springs, suggests an ongoing pattern of wear that has not been fully addressed. Reviewing the trajectory from 2020 to 2026, the record shows a clear shift from a clean pass in 2020 to progressively accumulating advisories relating to front suspension ball joint play, track rod end wear, brake pad thinning, shock absorber oil misting, and now coil spring corrosion. The maintenance trend is therefore best characterised as gradually worsening rather than stable, with wear items appearing earlier than might be expected on a vehicle of this mileage bracket. With 90,681 miles recorded over approximately thirteen years, the Fiesta averages around 6,975 miles annually, which is broadly typical for a car of this age and slightly below the national average. The mileage progression across MOT records appears consistent year on year, with no significant gaps that would suggest extended periods of standing. This is a positive indicator insofar as it reduces the risk of calendar-based degradation such as seized brake calipers, perished rubber components, or internal clutch corrosion. However, the accumulated wear on suspension components, tyres, and brake friction material is consistent with steady rather than gentle use, and a buyer should anticipate that several of the advisory items are likely to require attention within the next twelve to twenty-four months of normal driving. A prospective buyer should pay particular attention to the recurring front suspension issues flagged across the 2022, 2023, and 2024 tests. The advisories for lower suspension arm ball joint play on both sides and track rod end play on the nearside front indicate progressive wear in the front suspension geometry. On a test drive, listen for clonks or knocks from the front end when traversing speed bumps, uneven surfaces, or during full-lock turns at low speed. Steering that feels vague, wandering, or imprecise could suggest these joints have deteriorated beyond advisory tolerance and may now require replacement. The inner-edge tyre wear noted on the fronts at successive tests is directly linked to suspension geometry; if new tyres are fitted without addressing the underlying cause, the wear pattern will repeat rapidly, so a geometry check and inspection of the lower arms, anti-roll bar drop links, and bushes should form part of any pre-purchase evaluation. The rear coil spring corrosion advisory, newly recorded at the 2026 test, is a typical age-related finding on a thirteen-year-old vehicle and warrants a thorough physical inspection of both rear springs for advanced pitting or section loss, particularly in the lower coils where road salt accumulates. Brake components deserve scrutiny given the front pads were reported as becoming low in 2024; check for binding calipers by feeling for excessive heat at the wheels after a short drive, and inspect the rear drums or discs for corrosion scoring if applicable. The nearside rear seat belt webbing fraying noted in 2026 is a safety-critical concern and should be replaced prior to purchase, as damaged webbing can compromise restraint performance. Beyond the MOT record, a vehicle of this age and profile warrants checks for timing belt or chain service intervals, coolant and brake fluid renewal based on calendar age rather than mileage, and the condition of the 12V battery, which on a Fiesta of this generation commonly requires replacement every five to six years. Confirming a complete main dealer or specialist service history will provide confidence that age-related maintenance has been addressed systematically.