2009 Ford Fiesta 1.2L Petrol · FP09 RYA

The most recent DVSA examination on 18 May 2026 resulted in a pass, though the same date also carries a prior fail for an offside front lower suspension arm ball joint recorded as excessively worn, a Major category defect which clearly precipitated the immediate re-test. This repeated MOT date and the escalation from Major failure to pass on the same day suggests the component was renewed or repaired between tests, and the current pass certificate reflects that rectification. However, the broader maintenance trend over the recorded history is clearly worsening rather than stable. Between 2020 and 2022 the vehicle returned three consecutive passes with no advisories whatsoever, indicating a sound mechanical baseline. From 2023 onwards a steady accumulation of advisories has built up, addressing the nearside front and rear coil spring corrosion, axle swivel pin and bush wear, front brake disc pitting, and eventually culminating in the 2026 ball joint failure. This pattern is typical of a vehicle of this vintage entering the secondary wear phase where original suspension and braking consumables begin to demand attention, and a prospective buyer should interpret the recent advisory list as a cluster of issues now sitting at or near replacement threshold. The recorded mileage of 49,673 miles against a 2009 registration equates to an annual usage of approximately 2,900 miles, which is exceptionally low and substantially below the average for a vehicle of this age. Such a low figure is consistent with one of two scenarios: either the car has covered modest, predominantly urban mileage over its life, or it has experienced significant periods of standing relatively idle between uses. Mechanically, low annual mileage does not necessarily preserve a vehicle in proportion to the odometer, because calendar-based deterioration of rubber, polymer, and fluid components proceeds independently of distance travelled. The MOT record itself does not show any obvious mileage discrepancy across consecutive tests, but the sparse annual accumulation means that wear-sensitive items may have aged beyond their functional design life even where physical mileage is modest, particularly in the suspension, braking, and underbody corrosion domains already evidenced by the recent advisories. For a prospective buyer, the recorded defects warrant direct physical scrutiny and a targeted test drive. The 2026 Major defect concerning the offside front lower suspension arm ball joint should be confirmed as rectified with a corresponding invoice or warranty documentation, and the entire front suspension should be inspected for any residual play, knocking, or clonking over uneven surfaces, speed humps, and during full-lock low-speed manoeuvres. Coil spring corrosion advisories across both axles are progressive by nature and, once surface corrosion is recorded, the components typically continue to deteriorate; listen for abnormal ride harshness or audible thuds over bumps, and visually inspect the springs for advanced scaling, flaking, or loss of material cross-section. The rear axle swivel pins and bushes showing slight wear are a known Fiesta wear item, and any progression towards looseness will manifest as rear instability, vague steering response, or a shimmy under braking. The front brake discs noted as pitted and scored should be measured for remaining service thickness, examined for lipping, and tested for brake shudder or vibration under firm application from speed. Perishing and cracking of the front tyres, which has been advisory since 2024, also demands urgent replacement regardless of tread depth, as aged sidewall rubber compromises structural integrity and grip regardless of mileage. Beyond the recorded items, age-appropriate inspection should focus on the consequences of low annual mileage and prolonged standing. The 12-volt battery should be load-tested, as lead-acid units typically degrade after four to five years and standing use accelerates sulphation; replacement history should be verified. Brake calipers and rear drum mechanisms should be checked for binding or seizure, a common consequence of infrequent operation, which may manifest as a dragging sensation, uneven tyre wear, or excessive drag when the vehicle is pushed. Engine oil, coolant, brake fluid, and gearbox fluid should be assessed for service interval compliance by date rather than mileage alone, with brake fluid particularly susceptible to moisture absorption over a seventeen-year period. Underbody examination should look for structural corrosion, exhaust integrity, and any fluid leaks, while the timing belt, water pump, and auxiliary drive belt replacement history should be verified if the vehicle is fitted with a cambelt rather than a chain. A thorough road test on varied road surfaces, including motorway speed, urban stop-start traffic, and a sustained gradient, will be invaluable in confirming that the recent suspension and brake repairs have restored full mechanical integrity before commitment to purchase.