2017 Ford C-MAX 1.0L Petrol · MJ67 HVR

The most recent DVSA MOT test for this 2017 Ford C-Max was conducted on 12 January 2026, at which point the vehicle passed with no defects or advisories recorded. Notably, the same date also shows a failed test entry, which almost certainly indicates that a minor issue was identified and rectified on the same day before a subsequent re-test was carried out, a fairly common occurrence and one that suggests the vehicle was actively maintained rather than neglected. Looking at the broader MOT history, the 2025 entry follows the same pattern of a pass and a same-day fail with no recorded defects, while the 2024 test was a straightforward pass. The overall trend is therefore one of consistent compliance, with no recurring advisories or defect categories surfacing across three consecutive test dates, indicating a stable and reasonably well-maintained vehicle from a roadworthiness perspective. The recorded mileage of 44,015 miles over approximately nine years equates to an annual usage of around 4,891 miles, which is well below the national average and classifies this as a low-mileage example. This figure should be interpreted carefully: while low mileage typically implies less wear on major drivetrain and consumable components such as the clutch, engine internals, and brake friction material, it can also indicate extended periods of standing or very short journeys, both of which carry their own mechanical consequences. Short trips in particular can prevent the engine, exhaust system, and catalytic converter from reaching full operating temperature, leading to moisture accumulation, oil dilution, and accelerated corrosion of underbody components. Buyers should weigh the reduced wear on high-cost items against the increased likelihood of age-related degradation in areas that deteriorate with calendar time rather than use. Given the absence of any recorded defects or advisories in the MOT history, a prospective buyer should focus their inspection on time-based degradation rather than mileage-based wear. Tyres warrant close attention, as low-mileage vehicles frequently suffer from sidewall perishing and cracking caused by prolonged exposure to UV light and ambient conditions rather than tread wear from use; a tyre may appear to have ample tread yet be structurally compromised and require replacement. The braking system should be examined for corrosion on the discs, particularly on the outer edges and inner faces, as well as for seized or binding calipers resulting from infrequent operation, both of which can cause uneven braking, pulling to one side, or grinding noises on initial movement. A thorough road test should include several moderate to firm brake applications from higher speeds to confirm the system functions smoothly and that the handbrake holds on an incline, as standing vehicles often develop sticking rear caliper mechanisms. Additional considerations should include the condition of the 12-volt battery, which typically has a service life of four to six years and is particularly prone to failure in vehicles used infrequently or for short journeys, often manifesting as slow cranking or intermittent electrical faults. All fluid systems should be reviewed on a time-served basis rather than purely mileage: brake fluid is hygroscopic and should be renewed every two to three years regardless of use, while engine coolant, automatic transmission fluid where applicable, and power steering fluid also degrade with age. A compression or leak-down test on the engine would be prudent to confirm internal health given the low usage, and a thorough underbody examination for surface corrosion, exhaust integrity, and suspension component condition is advisable. Finally, verifying a complete service history with documented stamp entries will help confirm that time-based servicing has been carried out, and an OBD diagnostic scan should be performed to identify any stored fault codes that would not be picked up during a standard MOT inspection.