2005 Ford Fiesta 1.4L Petrol · SA05 VBU

A clear pattern of progressive suspension and steering wear dominates this Fiesta’s MOT history, with major failures recorded for both front anti‑roll‑bar linkage ball joints, a rear shock absorber fluid leak and a severely worn track‑rod end ball joint in 2021, and earlier advisories for the same anti‑roll‑bar joint in 2019. Lighting defects – notably the near‑side headlamp and front position lamp – have also recurred, while the most recent pass in August 2022 still carries advisories for wheel‑bearing noise, wheel distortion and tyre wear, indicating that the underlying wear issues have not been fully resolved. At 124,176 mi the car averages roughly 5,900 mi per year, well below the typical annual mileage for a 21‑year‑old vehicle. Such low utilisation often points to periods of limited use or storage, which can accelerate corrosion and seal degradation, especially on components like shock absorbers and suspension bushings. The MOT record shows a consistent yearly test cycle with a fail‑pass pair each August, suggesting that defects were addressed just enough to achieve a pass, but without a comprehensive overhaul of the affected systems. When inspecting the car, pay particular attention to the front suspension geometry: a pronounced knock or clunk over bumps, excessive play when turning the steering wheel, or uneven tyre wear can signal the worn anti‑roll‑bar ball joints and track‑rod end that were flagged as major defects. The rear shock should be checked for any oil seepage around the damper body and for a soft, squishy response under compression. Listen for a humming or grinding from the off‑side rear wheel bearing and examine the wheel for the reported distortion, as both can affect handling and tyre longevity. Verify that both headlamps illuminate correctly on dipped beam and that the front position lamp functions, as these were previously recorded as dangerous or major failures. Finally, assess the tyre condition and the integrity of the off‑side front body structure that was noted as corroded. Look for surface rust around the wheel arch, under‑carriage, and suspension mounting points, and ensure there is no progression that could compromise structural rigidity. Given the recurring suspension wear and the age‑related corrosion, budgeting for a full suspension refurbishment, rear shock replacement, and a thorough rust inspection would be prudent before committing to purchase.