2005 Ford Fusion 1.4L Petrol · HK05 AEA

A recurring pattern of suspension and emissions-related defects dominates the mechanical history of this 2005 Ford Fusion, with three separate MOT failures recorded across the 2021 to 2024 period. The most recent test on 18 January 2024 resulted in a pass, but only after a failure earlier the same day for a non-functioning front windscreen washer, an illuminated engine management malfunction indicator lamp (MIL), an inoperative nearside stop lamp, and a chipped windscreen recorded as a minor. Across the four-year testing window the vehicle has accumulated failures relating to worn front anti-roll bar linkage ball joints, perished suspension arm ball joint dust covers on both sides, an excessively distorted rear wheel, and exhaust carbon monoxide output exceeding manufacturer limits at idle. While two of the four recorded tests passed with no defects noted (2021 and 2022), the underlying trend shows persistent component wear rather than outright reliability, and the volume of advisory items accompanying the passes suggests the car has been operating close to the margins of roadworthiness on more than one occasion. Mileage accumulation is notably low for the vehicle's age, with the recorded odometer reading of 101,718 miles across approximately 21 years equating to an average of around 4,800 miles per annum. This figure is well below the typical annual mileage for a car of this vintage and points to either extended periods of inactivity or genuinely light running. The MOT record itself does not show any unusually long gaps between examinations, with tests recorded annually between 2021 and 2024, so any lay-up periods would have occurred earlier in the vehicle's life outside the recorded DVSA history. Lower annual mileage of this nature can be associated with longer-standing components that degrade through age rather than use, including rubber boots, bushes, brake pipes, fluid seals, and tyre sidewalls hardening through lack of rotation, which is broadly consistent with the ball joint dust cover and anti-roll bar wear documented in the test record. A prospective buyer should focus particular attention on the front suspension geometry, as the recorded defects specifically identify the nearside front anti-roll bar linkage ball joint as excessively worn and both front suspension arm ball joint dust covers as failing to prevent dirt ingress. On a test drive, listen for clonking or knocking noises from the front end when traversing speed humps, potholes, or uneven tarmac, and feel for any vagueness or rattle through the steering wheel on rough surfaces. With the 2024 advisory noting slight seepage from the power steering pipe or hose, cold-start steering should be evaluated for any momentary stiffness, groaning, or judder before the system warms up, and the underside of the engine bay and inner arches should be inspected for fresh fluid traces. The offside rear road wheel was previously flagged as slightly distorted, so a careful check of the rear wheel for any lateral run-out, balance vibration above 40 mph, or visible rim deformation is warranted, and all four wheels should be inspected for kerb damage given the pattern of distortion advisories. The engine management MIL has illuminated on two separate occasions across the recorded tests, including in the most recent 2024 failure, which warrants a live diagnostic read before purchase to confirm whether the underlying fault has been resolved or merely cleared. Combined with the 2021 failure for elevated idle carbon monoxide content, the engine should be started from cold during viewing to observe whether the idle is smooth, whether any warning lamps remain illuminated after start-up, and whether the exhaust emits excessive smoke or an unusually rich or fuelling-related smell. The nearside stop lamp has failed to operate in both 2023 and 2024, which suggests an intermittent electrical issue at the bulb, holder, or wiring connector rather than a one-off defect, so both rear lamp units should be checked with an assistant operating the brake pedal. Given the documented tyre wear advisories across multiple tests, an inspection of all four tyres for uneven shoulder wear, feathering, or premature edge wear is recommended, as this often indicates alignment or suspension bush deterioration directly tied to the anti-roll bar and ball joint components already identified in the MOT history.