2009 Ford Fusion 1.4L Petrol · FN09 GFA

The recorded MOT history for this 2009 Ford Fusion is remarkably sparse in terms of fault data, with every test outcome from 2022 onwards returning a clean pass and only a single failed entry on 14 October 2024 that lists no defects whatsoever. A failure without recorded defects is unusual and typically points to a category that does not require advisories, such as an exhaust emissions threshold breach, a registered diesel particulate filter concern, or an item deemed too serious for an advisory (a 'dangerous' or 'major' categorisation that was simply not itemised in the summary). The fact that an identical retest the same day produced a pass indicates the issue was rectified promptly, but the absence of any supporting context leaves a small gap in the mechanical narrative. Taken as a whole, the post-2022 record demonstrates a stable, consistent roadworthiness profile with no accumulation of wear advisories, no structural corrosion flagged, and no recurring component concerns. Against an age of seventeen years, the 64,579-mile odometer reading represents an unusually low annual accumulation of roughly 3,800 miles per year. The MOT cadence is perfectly annual with no gaps, meaning the vehicle has been tested every year regardless of use, which in itself suggests it has remained on the road and subject to regular scrutiny rather than laid up in a garage for extended periods. Low annual mileage of this nature reduces wear on high-stress items such as the clutch, drivetrain mounts, and brake friction material, but it can accelerate degradation of components that suffer from underuse, notably the brake discs (which can develop surface corrosion from infrequent operation), the cooling system (where coolant degrades over calendar years rather than mileage), and the rubber suspension and anti-roll bar bushes that perish through age-related cracking rather than mechanical fatigue. The very clean MOT record is consistent with such light usage, as there simply has not been enough mechanical activity to generate advisory-level wear. For a prospective buyer, the priorities should focus on age-related degradation that the MOT test does not cover or only partially addresses. The brake discs and calipers should be inspected for binding, particularly on cars that have spent extended periods stationary, as a seized caliper slider will manifest as a pulling sensation under braking or uneven disc wear visible at the wheel. The coolant hoses, thermostat housing, and radiator should be checked for perished rubber and signs of slow leakage, given the seventeen-year service life. Suspension components, particularly the front lower wishbones, drop links, and anti-roll bar bushes, should be examined for perishing and cracking, and a test drive over uneven surfaces will quickly reveal clonks or knocks that indicate worn linkages. Tyres should be examined for sidewall cracking, which is common on low-mileage vehicles of this age, and the spare wheel should be checked for pressure retention. The test drive itself should concentrate on the symptoms most likely to emerge on a vehicle of this age and usage profile. Listen for any timing chain rattle on cold start, which is a known concern on Ford Zetec engines of this era, and monitor the temperature gauge closely for any tendency to creep upwards in slow traffic, indicating a possible thermostat or coolant flow issue. Feel for vibration through the brake pedal on initial application, which would suggest corroded or warped brake discs requiring replacement. Steering should be assessed for vagueness or any clonks through the front end when turning at low speed, which points to worn tie bar or drop link bushes. Finally, check the operation of all electrical items, particularly the heater blower, central locking, and instrument cluster, as age-related electrical faults are common on vehicles of this vintage and would not necessarily be flagged under MOT criteria.