2013 Ford C-MAX 2.0L Diesel · FH62 FOP

The 2013 Ford C-Max presents a stable and reassuring maintenance trend, culminating in a completely clean pass at its most recent MOT on 3 March 2026 at 95,314 miles. No defects were recorded during this inspection, nor during the preceding tests in October 2024 and January 2022. This consistent absence of advisories or failures indicates a vehicle that has remained structurally and mechanically sound over the last four years, reflecting diligent upkeep rather than reactive repairs. The mileage accumulation tells a story of very light recent use. Between the January 2022 test at 88,480 miles and the October 2024 test at 95,227 miles, the vehicle covered just 6,747 miles over a period of nearly three years. The mileage then barely moved, recording only an 87-mile increase by the March 2026 test. While the annual average of roughly 7,300 miles aligns with typical usage for a 13-year-old vehicle, the recent stagnation suggests the car has spent extended periods stationary. This low recent mileage reduces wear on consumables like brake discs and tyres but raises questions about the condition of perishable components such as rubber suspension bushes and seals that degrade with age and lack of use. With no recurring faults flagged in the official record, a buyer's physical inspection should focus on the structural and mechanical components typical of a 13-year-old vehicle that has sat idle. The prolonged periods of inactivity implied by the mileage gaps warrant a close examination of the tyres for sidewall cracking and flat spots, alongside checking the brake discs for surface corrosion that can develop when a car sits stationary. Suspension components, particularly the coil springs and trailing arm bushes, should be inspected for deterioration. The underbody and sills require a thorough check for structural corrosion, as the vehicle's age makes it susceptible to rust even without high mileage. A test drive will confirm whether the engine and gearbox suffer from any hesitation or fluid leaks associated with long-term standing.