2016 Ford B-MAX 1.6L Petrol · DF66 TLZ

The most recent DVSA MOT test conducted on 3 March 2026 resulted in a Pass with no defects or advisories recorded, continuing an unbroken sequence of clean test outcomes over several years. Looking at the broader MOT history, the vehicle has demonstrated a remarkably consistent maintenance profile, with six consecutive Passes from 2021 through 2026, all free of advisories except for a single minor tyre note in 2021. The absence of recurring advisories related to suspension components, braking systems, lighting, or exhaust emissions strongly suggests the vehicle has been conscientiously maintained and is not exhibiting progressive mechanical deterioration. For a ten-year-old Ford B-Max, this kind of stable, defect-free record is an encouraging indicator of underlying roadworthiness, though it should always be corroborated by a physical inspection and service history verification. The recorded mileage of 21,715 miles over an approximate ten-year period equates to an average annual usage of around 2,172 miles, which is significantly below the national average for a vehicle of this age. This low-mileage profile can be interpreted in two ways: either the car has been used sparingly for short local journeys, or it has experienced extended periods of standing between uses. Both scenarios carry distinct mechanical implications that warrant careful attention. Light, short-trip usage typically places greater strain on the engine, exhaust system, and fuel system due to infrequent operation at full working temperature, leading to potential oil contamination, moisture accumulation in fluids, and accelerated catalytic converter degradation. Conversely, prolonged periods of inactivity can result in brake disc corrosion, seized or binding brake calipers, deteriorated suspension bushes, and dried-out rubber components throughout the drivetrain and chassis. Given the sparse MOT history prior to 2021, with a notable gap between the 2019 test and the 2021 test, the vehicle may well have spent considerable time off the road, which reinforces the need for thorough inspection of components most susceptible to standing-related degradation. The buyer should carefully examine the brake discs for signs of advanced surface corrosion, particularly around the outer edges, and verify that the calipers release cleanly without binding, which would otherwise cause uneven pad wear and pulling under braking. The 12-volt battery should be load-tested, as low-mileage vehicles frequently suffer from chronic undercharging that shortens battery life significantly. All brake fluid, coolant, and transmission fluid should be considered due for replacement on a calendar basis regardless of mileage, as these fluids degrade chemically over time and lose their protective properties after typically four to five years. The air conditioning system, often neglected on low-use vehicles, should be tested for proper cooling performance, and the pollen filter inspected for age-related deterioration. Tyre condition deserves particular scrutiny on this vehicle, both because of the 2021 advisory regarding perished sidewall cracking on the nearside front tyre and because tyres older than five years commonly develop age-related perishing regardless of tread depth remaining. Inspect all four tyres closely for sidewall cracking, checking the DOT date code to confirm manufacture within the last six years, and verify even tread wear across each axle, which would indicate correct wheel alignment and healthy suspension geometry. Given the B-Max's unique sliding rear door mechanism, these tracks and runners should be cleaned, lubricated, and checked for smooth operation, as seized or noisy mechanisms are a known weakness. Finally, examine the underside of the vehicle, paying particular attention to the exhaust system for rust perforation, the subframe and suspension arms for corrosion, and the engine bay for any evidence of fluid leaks or perished rubber hoses, all of which become more probable in a low-mileage, intermittently-used vehicle of this age.