2014 Ford Fiesta 1.0L Petrol · FD14 UHM

A chronic advisory on the nearside rear shock absorber sits at the centre of this Fiesta's mechanical narrative, having been recorded at three consecutive tests between October 2025 and August 2026, each time described as light misting of oil. While this level of seepage has so far remained below the failure threshold and the vehicle passed its most recent examination on 5 August 2026, persistent hydraulic fluid loss of this nature typically progresses over time, and the deterioration curve is the single most relevant item to monitor going forward. The earlier history is notably cleaner, with two consecutive passes in 2023 and 2024 carrying no advisories at all, suggesting that the recent cluster of defects represents the onset of wear rather than a long-standing pattern. The only outright failure in the record occurred at the 31 October 2025 test, where an offside rear tyre was deemed Dangerous due to a tear caused by structural separation in the tread, an issue serious enough to prohibit driving away from the test station but not indicative of a wider systemic fault. Against a twelve-year vehicle age, the recorded 47,334 miles equates to an annual accumulation of roughly 3,944 miles, which is markedly below the typical mileage for a car of this vintage. This profile implies either light regular use or, more probably given the consistent testing pattern, significant periods of standing. Lower mileage reduces wear on high-cycle items such as the clutch, engine internals and transmission, but it places greater demand on components that degrade through age and corrosion, including brake discs, flexible brake hoses, underbody structure, suspension bushes and the battery. The MOT history shows testing every year without any multi-year gaps, which is reassuring, but the low annual mileage still warrants a careful inspection of age-related deterioration that annual mileage alone would not normally produce at this odometer reading. From a buyer guidance perspective, the rear suspension is the primary mechanical priority. The nearside rear shock has been misting for at least ten months according to the advisories, and on a road test particular attention should be paid to whether the car feels unsettled over undulating surfaces, exhibits excessive bouncing after hitting a bump, or shows a slight rear-end squat during braking. A close visual check underneath should look for wetness running down the shock body, accumulated grime attracting dust to the leak point, and any corrosion forming where oil has sat on the metal. The offside rear should be inspected too, as paired components installed at the same time often fail in close succession. If a fluid film is now visible rather than a light mist, replacement should be expected in the near term. The brake and tyre items raised at recent tests also merit a focused inspection. The August 2026 advisory on the front brake pads wearing thin suggests they are approaching the point where replacement is likely to be needed soon, so a test drive should include repeated firm stops to listen for any metallic squeal or grinding, and the steering wheel should be checked for vibration or pull that might indicate uneven pad wear or a binding caliper. The 2025 failure for a structurally torn tyre and the advisories on perished front and rear tyres point to age-related rubber degradation, and all four tyres plus the spare should be examined for sidewall cracking, bulges and tread depth before purchase, with the date codes considered if the sidewalls show any signs of brittleness. Finally, given the low annual mileage, the brake discs themselves should be inspected for surface corrosion, particularly on the rear axle where light use tends to produce pitting rather than the clean wear pattern generated by regular braking.