2014 Ford C-MAX 1.6L Petrol · YP64 XKX

A 2014 Ford C-MAX carrying 94,714 miles presents itself with an unusually strong roadworthiness narrative for its age and mileage bracket, having achieved a clean pass on each of the last five consecutive MOT tests with no advisories or defects recorded whatsoever. The most recent examination on 2025-11-11 confirmed a pass with no defects recorded, continuing a stable upward trend that stretches back through 2024, 2023, 2022, and 2021. The complete absence of advisories across this five-year window is notable for a twelve-year-old family vehicle, suggesting that the components typically flagged at this age and mileage, including suspension components, brake lines, and exhaust mountings, have remained within serviceable condition throughout this period. However, a prospective buyer should recognise that the MOT test is a point-in-time roadworthiness assessment rather than a comprehensive mechanical evaluation, and a clean history does not preclude the need for a thorough physical inspection of wear-related items. With an annual mileage of approximately 7,893 miles over the twelve-year ownership span, this C-MAX falls squarely within typical usage parameters for its age, neither indicating excessive motorway-driven wear nor extended periods of inactivity that can accelerate certain deterioration processes. The consistent annual testing pattern from 2021 onwards, with no gaps in the recorded MOT history, suggests the vehicle has remained in continuous service throughout this period, which is mechanically favourable for maintaining seal integrity in the drivetrain and preventing moisture accumulation within systems such as the braking and fuel systems. The mileage accumulation rate is moderate enough to suggest a mixture of urban and longer-distance driving, which generally produces more even wear across consumables rather than the uneven patterns seen in exclusively short-trip usage. This consistent usage profile aligns well with the clean test history, as regularly driven vehicles tend to maintain better component condition than those subjected to sporadic use. Given the clean MOT record, specific component advisories cannot be drawn directly from the test data to focus a mechanical inspection, which shifts the burden to a general but targeted evaluation of high-wear areas consistent with a C-MAX of this vintage and mileage. On a test drive, particular attention should be paid to the front suspension, listening for knocking or rattling noises over uneven surfaces that could indicate worn lower wishbone bushes, track rod ends, or anti-roll bar linkages, all of which are known wear items on the Focus and C-MAX platform. The braking performance should be assessed under moderate and firm pedal pressure to detect any judder or pulsing that might indicate front disc warping, a common issue on higher-mileage examples, alongside any tendency for the vehicle to pull to one side under braking which could signify a binding caliper or uneven pad wear. Steering response should remain consistent without excess play or wandering, and any clunking on full-lock manoeuvres would warrant investigation of the power steering system and its associated components. Beyond the dynamic evaluation, a static inspection should focus on areas not explicitly covered by the MOT but relevant to the vehicle's age and mileage profile. The underbody, including subframe mounting points, suspension turrets, and brake pipe runs, should be examined for surface corrosion that has not yet progressed to the structural failure threshold at which the MOT tester would flag it. The engine bay should be inspected for oil misting around the cam cover and valve cover gasket areas, both common leak points on the 1.6 and 2.0-litre engines fitted to this model, as well as any signs of coolant leakage from the radiator or thermostat housing. The condition of the timing chain or belt service history should be verified, as replacement intervals are critical on these engines, and any dashboard warning lights, particularly those relating to the diesel particulate filter on diesel variants or the electronic stability control system, should be noted as they are not always captured within the standard MOT assessment. A compression test or diagnostic scan would provide additional reassurance regarding internal engine condition given the mileage accumulation.