2016 Ford Transit 2.2L Diesel · OU66 UBC

Recurrent electrical faults and recurring lighting defects define the recent MOT history of this Ford Transit, which culminated in a failure in November 2025 due to insecure headlamps and multiple inoperative bulbs. While the vehicle successfully passed its most recent test on 18 November 2025, the pattern of failures involving headlamp security and lamp functionality suggests a history of vibration-related damage or poor electrical connectivity that warrants close inspection. The frequency of these lighting-related failures, appearing across multiple annual tests, indicates that the vehicle's electrical system and lamp housing mounts have not been addressed with permanent repairs, leading to repeated compliance issues. Accumulating 102,855 miles over a decade results in a steady usage rate of approximately 10,286 miles per year, which is consistent with the typical duty cycle for a commercial vehicle of this class. The mileage is evenly distributed across the test history, suggesting the van has remained in regular operation rather than sitting idle for extended periods. Mechanically, this level of usage means that high-wear components such as suspension bushings, wheel bearings, and the drivetrain are likely nearing the end of their design life, necessitating a thorough check for play or noise during a test drive. Prospective buyers should prioritize a physical inspection of the headlamp assemblies, as the 2025 failure for insecure units suggests the mounting points or plastic housing may be brittle or fractured. During the test drive, listen specifically for any rattling or knocking from the front end when traversing uneven surfaces, which could indicate that the headlamp mounts or surrounding trim are loose. Additionally, verify that all external lights, including the registration plate lamps and side repeaters, function correctly, as these have been persistent failure points in the vehicle's history. The 2024 test record flagged a severely deteriorated constant velocity boot on the nearside front, which requires immediate verification to ensure the joint has not been contaminated by road grit or lost its lubrication. When driving, perform a full-lock turn in both directions at low speed and listen for clicking or clunking sounds, which would confirm damage to the CV joint. Furthermore, given the history of tyre wear on the inner edges, inspect the front tyres for uneven tread patterns and check the steering for any pulling or vagueness, as these symptoms often point to misaligned suspension geometry or worn track rod ends that may have been overlooked in previous maintenance cycles.