2007 Ford S-MAX 1.8L Diesel · KC07 XON

This Ford S-Max presents a remarkably clean maintenance trend, capped by a straightforward pass on the seventeenth of February 2025 at 112,183 miles with zero recorded defects or advisories. The solitary failure recorded on that exact same date in February 2025 appears to be a clerical or administrative error at the testing station rather than a mechanical rejection, given that the subsequent pass occurred immediately afterward without repair intervals. Across the historical timeline spanning February 2022 through February 2025, every annual MOT test concluded with a flawless clean sheet containing zero advisories. This spotless record indicates a vehicle that has avoided the chronic suspension, brake, or corrosion issues that frequently plague older MPVs of this era. With an odometer reading of 112,183 miles accrued over roughly nineteen years, the vehicle averages a low annual mileage of approximately 5,904 miles. The testing cadence confirms consistent yearly presentations without extended periods of dormancy or suspiciously rapid accumulation gaps, noting that the most recent test sits about eighteen months behind the current date of August 2026. This modest usage rate suggests light family duty rather than commercial neglect, though buyers must verify that low mileage has not resulted in seized mechanical components or lack of preventative servicing between test dates. Inspecting this vehicle in person requires focusing on age-related deterioration of rubber and suspension components that might escape the strict parameters of an MOT check. The twenty-year-old chassis, subframes, and sills demand a thorough ramp inspection for structural corrosion, particularly around the rear suspension mounts and floorpan edges. Potential buyers should also verify the operational condition of the clutch, dual-mass flywheel, and diesel particulate filter if applicable, alongside checking the service stamps to ensure engine oil and timing belts received attention independent of the MOT testing cycle.