2019 Ford C-MAX 1.5L Diesel · MH19 CVT

This seven-year-old Ford C-MAX demonstrates a generally straightforward compliance record during its statutory testing history, culminating in a clear pass on the fourteenth of October 2025 at 58,633 miles. Across five recorded test events, the vehicle has never incurred a formal MOT failure, though the history is marked by recurring observations regarding consumable wear rather than structural or mechanical faults. The test pattern reveals periodic advisories for tyre wear across multiple annual checks, reflecting regular friction surface depletion typical of everyday use without pointing to systemic alignment failures or major chassis corrosion. Accumulating approximately 8,376 miles per year over its seven-year lifespan, the vehicle shows a steady and entirely normal rate of use that avoids both the accelerated mechanical fatigue of high-mileage fleet operations and the potential rubber and seal degradation associated with extended periods of stationary storage. This moderate mileage accumulation means that major drivetrain assemblies, suspension linkages, and steering components have been subjected to standard operational cycles, though prospective buyers should anticipate that consumable items will follow a conventional replacement schedule consistent with this mileage profile. Because multiple previous test events highlighted tyres wearing on the edges close to the legal limit, a physical inspection of the current rubber is essential to verify tread depth, uneven shoulder wear, and correct tracking geometry. During the static inspection and test drive, pay close attention to the front and rear axles, listening for any knocks, clunks, or excessive vibration over rough road surfaces that would indicate failing lower control arm bushes, drop links, or anti-roll bar mountings. Additionally, check for any wandering or pulling in the steering wheel during braking and acceleration, as edge wear advisories can occasionally mask underlying suspension geometry misalignment or tracking issues that require professional adjustment.