2009 Ford Fusion 1.4L Diesel · VO09 PLF

A clean MOT record across all test entries defines the roadworthiness profile of this 2009 Ford Fusion, with the most recent assessment on 2024-08-08 returning a pass and no advisories recorded. The earlier 2022 and 2023 tests follow a slightly unusual pattern, with pass and fail results logged on the same dates, suggesting a minor item was rectified between a refusal and a subsequent retest rather than any structural or mechanical deterioration. Crucially, no advisories or defect entries appear against any test, meaning there is no documented history of worn consumables, corroded brake lines, weakened coil springs, perishing exhaust components, or suspension bush deterioration. The absence of flagged items across multiple tests indicates stable mechanical condition within the scope of what the MOT scheme inspects, with no evidence of recurring problem areas. Mileage progression at 92,387 miles across a seventeen-year service life equates to roughly 5,435 miles per year on average, which is considerably below the typical annual accumulation for a vehicle of this age and class. The MOT history provided does not contain individual odometer readings, so any gaps or step-changes in mileage cannot be independently verified, but the low annualised figure is consistent with either genuine light use or extended periods where the vehicle was standing or used only occasionally. From a mechanical standpoint, this type of usage pattern tends to place more demand on items affected by stagnation than on those worn by distance. Seals and gaskets can dry out and weep, brake discs and calipers can suffer from corrosion and binding after long idle periods, and rubber components such as bushes, gaiters, and drive belts can perish prematurely without the benefit of regular thermal cycling. Given the lack of recorded advisories, there is no specific component cluster flagged in the MOT history to direct a physical inspection toward, but a prospective buyer should nevertheless concentrate on the items most vulnerable to low-mileage stagnation in this generation of Ford Fusion. During a test drive, listen for clonks or knocking from the front suspension over speed humps and uneven road surfaces, which can indicate perished front lower arm bushes or worn top mounts, and feel for any vagueness or knocking through the steering that would point to deteriorated track rod ends or steering rack mounting bushes. Apply the brakes firmly from speed to check for judder that could suggest corroded or warped front discs, and listen for any scraping or binding that would imply seized caliper slides, particularly after the vehicle has been standing. At low speed, listen for a noticeable exhaust blow or ticking that may indicate a perished rear rubber mount or deteriorating pipe joint, and inspect the under-bonnet area for any evidence of oil misting from the cam cover gasket or minor coolant seepage from age-hardened hoses, neither of which has yet been recorded. Beyond the drivetrain, a close visual examination of the underside and inner arches is worthwhile, even though no corrosion has been documented to date. Check the front subframe mounting points, inner sill seams, and the rear trailing arm areas for any surface rust or early structural corrosion, particularly around jacking points and brake pipe runs. The brake pipes themselves should be inspected for any signs of corrosion or stone-chip damage along their length, and the fuel and brake lines along the underbody should be checked for perished coating. Confirm that all tyres are matching and show even wear across the tread, as uneven shoulder wear can betray alignment irregularities stemming from worn rear beam bushes, a known wear item on this platform. Finally, verify the operation of all electrical ancillaries, confirm the cooling system has been refreshed at appropriate intervals to counter the effects of low-mileage stagnation, and ensure the timing belt or chain service interval has been respected, as a seventeen-year-old vehicle will have required at least one major timing component replacement regardless of distance covered.