2016 Ford B-MAX 1.0L Petrol · AP16 SWV

This particular B-Max presents a notably clean mechanical profile across its recorded DVSA testing history, with a pass certificate issued on 18 February 2026 representing the most recent assessment and continuing an established pattern of roadworthiness. Across the five test events documented, the vehicle has consistently cleared the inspection standard, with only one advisory-free failure entry on 20 February 2024 that was almost immediately followed by a same-day pass on the identical date, suggesting a minor rectification rather than any structural or systemic defect. The absence of recurring advisories relating to braking components, suspension corrosion, exhaust integrity, or steering linkages across ten years of testing is particularly reassuring for a vehicle in this sector, as the B-Max platform is known to be susceptible to rear brake caliper binding and front subframe corrosion when maintenance has lapsed. The recorded mileage of 36,549 miles over an approximate ten-year period equates to an annual accumulation of around 3,655 miles, which sits well below the average for a vehicle of this age and type. This low usage figure suggests either predominantly short urban journeys, seasonal use, or extended periods of standing between MOT tests, given that the gaps between annual tests are relatively consistent and there are no sudden mileage jumps that would indicate inconsistent recording or clock irregularities. Mechanically, such modest mileage typically preserves interior trim, clutch friction material, and engine internals, but it does place greater emphasis on the condition of items that degrade through age rather than wear. Rubber components throughout the braking system, cooling hoses, driveshaft gaiters, and suspension bushes all deteriorate on a time basis, and the buyer should be mindful that low mileage does not automatically equate to low replacement costs in these areas. From a practical inspection standpoint, the buyer should pay particular attention to the rear braking system during a road test, as the B-Max is known to develop seizing rear caliper slides and handbrake mechanism corrosion when used predominantly for short trips. On a test drive, listen for any clonking or knocking from the rear suspension over uneven surfaces, which would suggest worn trailing arm bushes, and check that the steering returns to centre cleanly without drift, as the electric power steering rack can develop play on this platform. The unique sliding rear door mechanism should be operated multiple times to confirm smooth latching, and the panoramic tailgate aperture examined for water ingress staining on the interior headlining, a known weak point on this model. Given the clean advisory history and low recorded mileage, the case for further mechanical inspection is moderate rather than urgent, but a pre-purchase evaluation by a technician familiar with the B-Max would still be prudent. Particular focus should be given to a compression test or live diagnostic scan to confirm engine management health, an inspection of the underbody for any surface corrosion that may not have reached MOT failure threshold but could indicate future concerns, and a careful check of all door seals for perishing. The vehicle appears to be a mechanically tidy example based on the documented record, though as with any low-mileage ten-year-old car, the next owner should anticipate replacement of age-related consumables such as the cambelt, coolant, and likely the front brake discs and pads as routine maintenance rather than as a reaction to defects identified during testing.