2016 Ford B-MAX 1.6L Petrol · LR16 RHA

The mechanical record of this 2016 Ford B-Max presents a notably sparse and inconsistent testing history, with the most recent assessment on 24 July 2025 returning a clean pass and no recorded advisories or defects, which on the surface suggests a vehicle that remains compliant at the point of test. However, a closer examination of the timeline reveals a curious pattern: the car was tested and failed on 24 July 2024 with no defects recorded, yet passed later the same day, and a similar sequence occurred on 21 July 2023. This back-to-back test and pass pattern on identical dates strongly indicates retests following minor rectification work carried out between appointments, rather than any catastrophic mechanical failures. The overall trajectory is therefore one of stable roadworthiness with no deterioration, though the lack of advisory data across all five recorded tests means there is essentially no component wear evidence on which to base a prognosis. Recorded mileage stands at 22,100 miles across an approximate ten-year span, equating to a yearly accumulation of around 2,210 miles, which is substantially below the typical usage profile for a car of this vintage. This level of annual mileage is consistent with a second or third vehicle in a household, limited commuter use, or extended periods of standing between infrequent trips. There are no visible gaps in annual MOT testing, with the vehicle appearing every July since at least 2023, which suggests it has remained on the road and taxed continuously rather than being declared off-road through a SORN. The principal mechanical concern with such low mileage is not necessarily component fatigue but rather the effects of standing: rubber items such as suspension bushes, anti-roll bar links, and the B-Max's notable rear torsion beam bushes can harden and crack without regular flexing, while brake discs and calipers can seize or develop surface corrosion from lack of use. For a prospective buyer, the absence of recorded advisories means there is no specific component flagged for monitoring, so attention should instead be directed toward components that suffer disproportionately from low-mileage, short-journey use. On a test drive, listen carefully for clonks or knocks from the rear suspension over speed humps and uneven surfaces, as the B-Max's torsion beam and its mounting bushes are known to degrade with age and infrequent loading. Apply the brakes firmly from speed and check for any judder or vibration through the pedal, which would indicate corrosion on the brake discs, a common issue on lightly used vehicles where pads do not regularly clean the rotor surfaces. At low speed, listen for any scraping or binding noises from the calipers as the car rolls, and confirm the handbrake holds on an incline without excessive travel, as seized caliper pistons and stretched handbrake cables are typical low-mileage maladies. Additionally, the B-Max's unique sliding rear door mechanism and the associated hinge rails should be inspected for smooth operation and any signs of corrosion, given that the sliding doors can accumulate moisture and road salt in the track areas. Check the tailgate strut for signs of holding weakness, as gas struts on low-use vehicles can lose pressure over time. Given that the engine has likely spent significant periods not reaching full operating temperature, the oil should be checked for a milky appearance on the dipstick cap or any sign of emulsification, and a coolant level and condition inspection is prudent to rule out any slow seal degradation that may have developed during extended idle periods. While the MOT record itself offers no specific advisories to investigate, a thorough physical inspection and test drive focused on these low-mileage vulnerabilities will be far more revealing than the official test history suggests.