2009 Ford Fusion 1.6L Diesel · RG03 AAA

The most recent DVSA MOT test for this 2009 Ford Fusion took place on 3 November 2025 and resulted in a failure, although the official record does not list any specific defects or advisories against the entry. Historically, the vehicle had demonstrated a clean bill of roadworthiness across the three preceding tests in January 2022, December 2022, and June 2024, all of which were passed without any advisories or defects being recorded. While the absence of defect detail on the recent failure is mildly frustrating from a buyer due diligence standpoint, the broader maintenance trend had been demonstrably stable and consistent prior to this event, suggesting the car has generally been well maintained. The sudden shift from a clean pass in mid-2024 to a failure just over a year later warrants careful attention during any pre-purchase inspection, as it may point to a specific component that has deteriorated rapidly or a remedial issue that was not addressed following the advisory-free pass. With an odometer reading of 81,328 miles over a seventeen-year lifespan, this Ford Fusion has covered an average of roughly 4,784 miles annually, which is considerably below the typical mileage profile for a vehicle of this vintage. This pattern of low annual usage strongly suggests either genuinely light running or, more likely given the age, extended periods of standing or very irregular use. From a mechanical perspective, low mileage is not always synonymous with superior condition; vehicles that stand for prolonged periods often suffer from time-related degradation rather than wear-related deterioration. Such standing time frequently leads to corrosion on brake discs and binding of brake calipers, perishing of rubber components including tyres and suspension bushes, oxidation of fluid systems, and chronic flat spots or deep discharge of the 12 volt battery. Given the clean advisory history but advanced age and low mileage profile, a prospective buyer should prioritise a thorough physical inspection of age-related components rather than relying solely on the MOT documentation. Tyres should be examined closely for sidewall cracking, perishing, and the presence of a valid date code, as rubber degrades with calendar age regardless of tread depth; any tyres older than six years should be replaced regardless of remaining tread. The brake system requires a detailed visual and functional check, specifically looking for surface corrosion on the discs, ensuring the calipers release cleanly without binding, and verifying that the handbrake mechanism operates correctly, as brake components on a low-use vehicle often seize from inactivity. Additionally, the exhaust system should be inspected for internal and external corrosion, particularly at joints and mounting points, while all underbonnet fluids including engine oil, coolant, brake fluid, and power steering fluid should be checked for condition and age, with brake fluid ideally being replaced on a time-based schedule of every two years irrespective of mileage. Beyond the mechanical inspection, a test drive should be conducted with acute attention to symptoms indicative of standing-related degradation or age-worn components. Listen carefully for suspension clonks or knocks over uneven surfaces, which would suggest perished suspension bushes, worn shock absorbers, or potentially fractured coil springs. Pay attention to any pulling under braking, a spongy pedal feel, or brake shudder, all of which could indicate corroded or warped brake discs requiring machining or replacement. Verify smooth engine starting from cold, as frequent short trips or standing periods can mask issues with battery health, fuel system varnish, or oil dilution. Finally, confirm the completeness of the service book history, ensuring that time-based servicing has been carried out at appropriate intervals, particularly cambelt or timing chain replacement where applicable, and verify that the vehicle has been regularly started and moved during any prolonged storage periods to preserve the integrity of the drivetrain and ancillary systems.