2017 Ford B-MAX 1.4L Petrol · GD66 GYP

A clean and unblemished MOT record presents this 2017 Ford B-Max as a mechanically sound proposition, with all tests conducted within standard annual intervals returning pass certificates and no advisories, defects, or failures of any kind noted by DVSA examiners. The most recent assessment on 28 February 2026 confirms a continued pattern of roadworthy condition with zero recorded defects, and the history shows only one minor administrative blip where a test on 17 February 2024 was recorded as both a fail and a pass on the same day, almost certainly representing a presentation issue or a clerical re-entry rather than a genuine mechanical defect, as no specific failure items were logged. The absence of recurring advisories across multiple tests is a notably positive indicator, particularly for a vehicle of this age, as it suggests that wear items such as suspension components, braking hardware, exhaust systems, and structural elements have not yet deteriorated to the point of examiner concern. The recorded mileage of 53,198 miles across approximately nine years of service equates to an annual accumulation of roughly 5,911 miles, which sits comfortably below the typical UK average and indicates either a predominantly urban driving profile, a secondary household vehicle, or genuine light use rather than high-mileage motorway commuting. There are no significant mileage gaps between tests that would suggest extended periods off the road, nor are there any sudden jumps that might indicate clock irregularities or missed service intervals. Mechanically, this lower-than-average usage profile carries both advantages and specific considerations: beneficial aspects include reduced wear on the clutch, braking surfaces, and engine internal components, while the lower accumulated mileage can mean that rubber and polymer items such as drive belts, coolant hoses, suspension bushes, and tyre sidewalls may have aged through time rather than through use, potentially leading to perishing or hardening even where tread depth and component dimensions remain within legal limits. Given the entirely clean advisory history, a prospective buyer should focus their pre-purchase inspection on the components that examiners most frequently identify as the first points of concern on a Ford B-Max of this vintage, particularly the rear torsion beam axle and its associated bushes, which are known to develop slack and knocking sensations as the vehicle accumulates years rather than miles. On a test drive, pay close attention to any clonking or knocking noises from the rear suspension when traversing speed bumps or uneven road surfaces, and check for imprecise handling or a vague feeling from the steering wheel that could indicate worn front strut top mounts or anti-roll bar link deterioration. The B-Max's sliding rear door mechanism and its associated cables and tracks are also worth close physical inspection, as these are a known weak point on the model and can prove costly to remedy if the cables stretch or the latch mechanism fails to hold the door securely. Braking performance should be evaluated with particular attention to pedal feel and any pulling to one side under moderate application, as the B-Max can suffer from binding rear calipers or front caliper slider pin seizure following prolonged periods of light use, conditions which would not necessarily have manifested as an MOT failure on the rolling road brake test but could become apparent during real-world driving. Inspect the underside thoroughly for any signs of fluid weeping from the power steering rack, as replacement units are a known cost on this platform, and check the condition of the coolant expansion tank and associated hoses for any signs of brittleness or stress whitening. Finally, verify that the tyre DOT date stamps are recent, as low annual mileage combined with nine years of service often results in original equipment tyres still being fitted despite having adequate tread, and aged rubber compounds can compromise wet grip regardless of legislative compliance.