2016 Ford B-MAX 1.0L Petrol · AP65 BVG

The 2016 Ford B-MAX presented for its most recent MOT test on 2 January 2026 and was passed with no defects or advisories recorded, which represents the cleanest result on file and suggests that previously flagged concerns have been rectified. Looking at the broader pattern across the documented MOT history, the vehicle has now achieved four consecutive passes, although several advisories and one outright failure have appeared over the past four years. The 2025 test initially failed on multiple lighting defects relating to the rear stop lamp, position lamp, and side repeater, all of which were corrected prior to the same-day re-test, while a persistent advisory has been raised against the nearside front suspension arm ball joint. The overall trend appears broadly stable rather than worsening, particularly given that the most recent pass cleared the suspension advisory, but the recurring flagging of the same component is something that warrants close physical inspection. With approximately 98,263 miles recorded over a ten-year lifespan, the B-MAX is averaging around 9,800 miles per year, which is broadly typical for a vehicle of its age and segment. There is no evidence of unusually low mileage that would raise immediate concerns about prolonged standing, nor any indication of rapid accumulation that would suggest arduous commercial use. That said, a vehicle approaching the 100,000 mile mark will naturally be approaching or have already undergone several major mechanical milestones, including timing belt or chain service intervals depending on the engine variant, clutch wear on manual examples, and general drivetrain fatigue. The relatively consistent annual mileage is reassuring but does not preclude age-related degradation of rubber and plastic components which is largely independent of distance covered. The advisory raised in 2024 against both front tyres for slight damage, cracking, or perishing is particularly relevant for a ten-year-old vehicle, because rubber compounds harden and crack with calendar age regardless of tread depth. Any prospective buyer should carefully inspect the sidewalls and inner shoulders of all four tyres for visible crazing or splitting, and check the DOT date codes to confirm they are not excessively old, as perished tyres can fail to grip effectively even with adequate tread remaining. The earlier advisory against the front exhaust flexi joint for a minor gas leak should also be followed up; a physical inspection from underneath with the engine running should look for soot deposits, hissing sounds, or visible cracking around the flexible section, and a test drive should listen for any increase in exhaust drone or ticking under load which would indicate the joint has deteriorated further since 2023. Regarding the persistent advisory on the nearside front suspension arm ball joint, this is a component that typically deteriorates gradually with wear and exposure, and even slight movement noted at MOT inspection can progress to a more serious failure point. On a test drive, listen carefully for clonking or knocking noises from the front end when traversing speed bumps, potholes, or uneven surfaces, and pay particular attention to any vagueness or wandering in the steering, uneven inner or outer tyre wear indicative of misalignment, or vibration through the steering wheel. Given the vehicle's age, it is also prudent to inspect all visible suspension bushes, anti-roll bar links, and strut top mounts for perishing, check for brake disc corrosion or seized caliper sliders from any periods of infrequent use, verify the 12V battery holds charge under load as battery longevity is typically five to seven years, and confirm that all time-based fluid services including brake fluid, coolant, and if applicable manual transmission oil have been carried out at the recommended intervals. A thorough service history stamp check should accompany any physical inspection to ensure longevity of mechanical components has been appropriately maintained.