2010 Ford Fusion 1.6L Petrol · LT60 ABF

The most recent DVSA MOT test on this 2010 Ford Fusion was conducted on 19 August 2025 and resulted in a clean pass with no defects or advisories recorded. The vehicle has demonstrated a stable maintenance trajectory over the available test history, with passes recorded in August 2022, August 2023, August 2024 and August 2025, alongside a singular failure on 22 August 2024 that was evidently rectified the same day to allow a subsequent pass under identical mileage conditions. The absence of recurring advisories relating to suspension components, brake wear, exhaust integrity or corrosion suggests that the vehicle has not accumulated significant mechanical deterioration during the recorded period, indicating either consistent maintenance or genuinely light use. With a recorded mileage of 30,765 miles against a vehicle age of approximately 16 years, this Ford Fusion displays an annual usage rate of roughly 1,923 miles per year, which is markedly below the national average and consistent with either a secondary household vehicle or extended periods of standing. While lower annual mileage reduces wear on internal combustion components such as the clutch assembly, gearbox synchros and engine bearings, it conversely elevates the risk of age-related deterioration in areas not driven by distance accumulation. Rubber and polymer components such as coolant hoses, drive belts, fuel lines and suspension bushes degrade through calendar exposure rather than mileage alone, and the vehicle's age places these items firmly within their anticipated service life window. Extended standing periods can also lead to corrosion forming on brake disc surfaces, caliper pistons seizing in their bores, and moisture accumulation within the braking system hydraulic fluid. Given the clean MOT record and low annual mileage profile, a prospective buyer should place particular emphasis on physical inspections that address age-related and standing-related deterioration rather than traditional wear items. Tyre sidewalls should be examined closely for perishing, cracking and ozone degradation, as tyres older than six years from their date of manufacture lose structural integrity regardless of remaining tread depth; the DOT date code should be checked to confirm fitment within an acceptable timeframe. The brake discs should be inspected for surface corrosion, lipping and runout, with a road test conducted from cold to detect any binding calipers, juddering under deceleration or pulling to one side indicative of seized slide pins. The 12V battery should be load-tested, as batteries that have undergone frequent shallow discharge cycles from intermittent use commonly fail without warning, and the cooling system, power steering fluid and brake fluid should all be considered due for replacement based on calendar age rather than service interval history. The test drive should focus on identifying symptoms associated with age-related component failure rather than high-mileage wear. Listen for suspension clonks or knocks over speed humps and uneven surfaces, which would indicate perished suspension bushes, worn top mounts or weakened coil springs, all common failure points on a vehicle of this vintage. Check for any hesitation, misfire or rough idle that might suggest degraded spark plugs, ageing ignition coils or vacuum leaks from hardened rubber piping. Verify operation of all ancillary systems including the air conditioning compressor clutch engagement, electric window mechanisms, central locking and dashboard illumination, as electrical contact failures and connector corrosion frequently develop through prolonged exposure to humidity. Finally, request evidence of recent servicing including cambelt or timing chain inspection intervals where applicable, and confirm the presence of a stamped service book or documented history to substantiate the exceptionally low recorded mileage.