2011 Ford Fiesta 1.6L Diesel · F3 SPF

The vehicle passed its most recent MOT test on 25 August 2026, although the result was accompanied by a minor defect for a nearside side repeater lens and four advisories relating to nearside and offside rear coil spring corrosion, nearside front coil spring corrosion, and front sub-frame corrosion not seriously weakened. The earlier test on 24 August 2026 resulted in a failure due to a nearside rear tyre cut deep enough to reach the ply or cords, which is a serious safety concern as it compromises structural integrity and risks sudden deflation, though this appears to have been rectified prior to the pass the following day. Reviewing the wider history, the maintenance trend is clearly worsening rather than stable, with escalating suspension component wear appearing repeatedly across the 2024, 2025, and 2026 tests. The 2024 test recorded major defects for an excessively worn offside front anti-roll bar linkage ball joint and lower suspension arm ball joint, alongside advisories for steering rack inner joint play and inner edge tyre wear. By 2025, coil spring corrosion advisories were present on all four corners, steering rack play persisted, and both offside wheels were flagged as slightly distorted. This pattern of progressive wear across multiple mechanical systems indicates that the vehicle is entering a phase where suspension, steering, and ancillary components require increasing attention. With 145,937 miles recorded over approximately 15 years, the Fiesta has covered around 9,729 miles annually, which sits broadly in line with typical usage for its class and age bracket. The mileage progression between tests is consistent and shows no evidence of clocking or extended standing periods, meaning corrosion issues are more likely to be the result of active wear, environmental exposure, and accumulated mileage rather than neglect from disuse. That said, the high overall mileage does place considerable demand on consumables and mechanical components such as clutch, engine mounts, gearbox mounts, and ancillary drive belts, all of which warrant direct inspection. The recurring advisories for steering rack inner joint play, suspension arm ball joint wear, and coil spring corrosion across multiple tests strongly suggest that these components are degrading progressively and will likely require replacement within the near term. Prospective buyers should carry out a thorough road test and physical inspection prior to purchase. On the move, listen carefully for any clonking or knocking from the front suspension over uneven surfaces, which would indicate worn anti-roll bar linkages, lower arm ball joints, or bushes, and pay attention to any knocking or rattling from the rear, where coil spring corrosion has been repeatedly flagged and may progress to spring fracture. The steering should be checked for vagueness, knocking on full lock, or excessive free play, given the persistent advisories for steering rack inner joint play, and any vibration through the steering wheel at speed could indicate distorted wheels or tyre issues consistent with the inner edge wear previously recorded. Brake feel should be smooth and firm without shudder or pulling, as standing corrosion on the discs is plausible given the age, and the handbrake should hold securely on an incline. The front sub-frame corrosion advisory is noteworthy and should be visually inspected with the vehicle raised if possible, confirming that the corrosion remains surface-level and has not advanced to structural weakening, particularly around mounting points and suspension pickup locations. With the vehicle now 15 years old and high in mileage, several age- and time-related service items should also be examined regardless of MOT findings. Tyres should be checked for tread depth across the full width and inspected for sidewall perishing or cracking, as rubber degrades with age even when tread remains adequate. The 12V battery is likely due for replacement and should be load tested, while coolant, brake fluid, and power steering fluid should be verified for correct specification and service interval history, as fluid degradation is calendar-dependent rather than purely mileage-driven. Examine the underside for any signs of fluid leaks from the engine, gearbox, or power steering rack, and inspect the exhaust system for corrosion or blowing joints, particularly around the heat shield and mounting rubbers. Finally, request evidence of regular servicing including cambelt or timing chain replacement intervals appropriate to the engine variant, as neglecting this item on a high-mileage 15-year-old vehicle carries significant risk of major engine damage.