2016 Ford Transit 2.2L Diesel · MK16 ADO

The vehicle presents a functional roadworthiness status but shows a worsening trend in mechanical degradation related to high-use components. The most recent test in August 2025 at 189,219 miles passed only after an initial failure involving multiple lighting issues and headlamp misalignment. While the immediate electrical faults were rectified, the persistent presence of a corroded brake pipe and an active oil leak indicates that the vehicle is entering a phase where preventative maintenance is being overshadowed by reactive repairs. The mileage profile reflects heavy commercial usage consistent with a Ford Transit, averaging approximately 19,000 miles per annum. Between September 2023 (152,388 miles) and August 2025 (189,219 miles), the vehicle covered over 36,000 miles in two years. This rapid accumulation explains the accelerated wear on the chassis and drivetrain components. The gap between 2019 and 2021 shows a period of lower usage, but the current high annual mileage puts significant stress on all rubber and metal components. A buyer must prioritize a thorough inspection of the front suspension and braking system. The record shows recurring worn lower suspension arm bushes on both sides in August 2024, alongside corroded brake pipes that appeared in both 2024 and 2025. The presence of grease on these corro pipes suggests an attempt to mask corrosion rather than replace the lines. Furthermore, the non-excessive oil leak noted in 2025 requires physical verification to determine if it originates from a simple gasket or a more significant engine seal. The drivetrain also requires attention as the front CV boot failed in 2024 and should be inspected for any new signs of grease leakage or subsequent damage to the joint. Given the high mileage and previous load-related failures, checking the structural integrity of the chassis for hidden corrosion is essential, as the history indicates the vehicle has operated under heavy loads consistently. The previous failure for inadequate tyre load index in 2022 also suggests the vehicle may have been used beyond its intended capacity, which accelerates wear on the entire assembly.