2016 Ford Transit 2.0L Diesel · BL66 AAF

The most recent DVSA examination on 25 November 2025 resulted in a PASS classification, accompanied by an advisory concerning an offside rear service brake binding slightly but not excessively, a further advisory noting worn front suspension arm pins or bushes not yet resulting in excessive movement on both sides, and a minor defect recorded for a defective offside front direction indicator lens that does not affect emitted light. Reviewing the trajectory across the recorded MOT history, the pattern suggests a largely stable maintenance profile with persistent recurring themes rather than any acute deterioration. The 2021 fail was tyre-related and evidently addressed, while subsequent passes have demonstrated a consistent, gradual wear progression of brakes, brake discs, and front suspension components over successive annual tests. No structural corrosion, exhaust, lighting, or major mechanical advisories have emerged across the documented cycle, which is a reassuring indicator for a working vehicle of this age and class. With approximately 70,290 miles recorded over a ten-year service life, the vehicle is averaging around 7,029 miles annually, which aligns closely with typical commercial Transit usage and suggests steady rather than sporadic operation. This figure is neither excessively low to raise concerns about prolonged standing, nor high enough to indicate punishing high-mileage wear on the drivetrain and major mechanical assemblies. The relatively even accumulation between test entries implies the vehicle has been in regular service, which generally benefits components such as the clutch, turbo, diesel particulate filter, and seals by preventing moisture build-up and lubricant degradation from inactivity. The recurring advisories relating to front suspension arm pins and bushes merit close attention during a physical inspection. These items have appeared across four consecutive tests, with the most recent entry noting wear on both sides, suggesting progressive deterioration of the front lower wishbone rear bushes which is a known wear point on the Transit platform. On a test drive, a buyer should listen for clonking or knocking noises from the front end particularly when traversing speed humps, uneven surfaces, or during full-lock low-speed manoeuvres, and should visually inspect the inner and outer bushes for cracking, perishing, or visible displacement of the arm. Uneven inner or outer tyre shoulder wear, particularly on the nearside, may indicate the bushes are nearing the point of replacement, and the recent advisory indicating both sides affected means budgeting for a complete front suspension bush kit and possibly wishbone arms would be prudent. The brake-related advisories also warrant thorough evaluation, with front brake pad wear flagged repeatedly across multiple tests, front disc corrosion or scoring noted in 2023 and 2024, and the 2025 test recording a binding offside rear brake. On inspection, the buyer should measure remaining front pad material and check the discs for lip depth, hot spots, and surface corrosion, while the offside rear caliper should be examined for seized slider pins or a sticking piston, identifiable by excessive brake dust accumulation on that wheel, a dragging sensation after release, or uneven handbrake effort. The brake pipe corrosion advisories, although covered in protective grease, indicate the start of surface oxidation on exposed underbody lines and should be physically examined for pitting or scaling. Given the calendar age of ten years, it is equally important to verify the timing belt or chain service interval compliance, inspect coolant and brake fluid for age-related degradation, and check the 12V battery health, as battery failure is a common Transit issue. Tyres should be examined not only for tread depth but for sidewall cracking and perishing consistent with age, and a thorough underbody examination for structural corrosion around jacking points, suspension turrets, and the rear axle would be sensible given the commercial vehicle duty cycle.