2017 Ford Transit 2.0L Diesel · YP67 TYY

A pattern of persistent windscreen damage alongside an electrical lighting failure dominates the roadworthiness history of this 2017 Ford Transit. Across the most recent two test cycles, the nearside front lower section of the windscreen has been flagged twice for damage that has not yet breached the driver's line of sight, indicating a recurring impact zone or an unrepaired chip that has progressed over time. More concerning is the single failure recorded on 19 September 2025 for an inoperative front headlamp on dipped beam, a presentation which typically points to a failed bulb, a compromised connector, or a fault within the front lighting circuit. Although the vehicle subsequently passed the same day once the defect was rectified, the simultaneous recording of both issues on the failure notice suggests they were addressed in a single repair visit. The intervening tests in November 2023 and October 2022 returned clean sheets with no advisories, so the 2025 cluster of defects interrupts what was otherwise an unblemished recent record and warrants closer scrutiny during inspection. The recorded mileage of 101,820 over approximately nine years equates to an annual accumulation of around 11,300 miles, which sits broadly within the expected range for a working Transit of this vintage. The progression between tests is consistent rather than sporadic, suggesting the vehicle has remained in regular service without extended periods off the road. There are no significant gaps in the testing history, and the mileage increments between annual tests are steady, ruling out any prolonged storage that could have masked component degradation or introduced issues such as seized brake calipers, deteriorated rubber boots, or moisture ingress into the lighting assemblies. This continuity of use is mechanically favourable, as regularly driven Transits tend to suffer fewer problems from corroded underbody components, perished suspension bushes, and sticking mechanisms than those that have stood idle for long intervals. Given the repeated windscreen advisory at the nearside front lower position, a prospective buyer should closely examine that specific area for crack propagation, stone-chip clustering, and any repair patches that may compromise structural integrity or obscure the driver's view. Any growth of the existing damage since the September 2025 test would warrant immediate replacement before further MOT exposure. The front headlamp failure on the same date also demands a functional check of both dipped and main beam operation, with particular attention to the condition of the bulb holders, earth points, and any moisture within the headlamp units, which is a known concern on Transits of this generation and can mimic bulb failure through corroded contacts. Beyond the recorded defects, the mileage and service pattern suggest that wear-rate components such as front brake discs, pads, and the dual-mass flywheel if manual, should be inspected for remaining thickness and operational smoothness. On a test drive, listen for clonks or knocks from the front suspension over uneven surfaces, which could indicate worn anti-roll bar drop links or top mount bearings commonly replaced on high-mileage Transits. Check for pulling under braking, which may suggest a binding caliper, and verify that the steering remains free of slack or vibration, particularly as no suspension or steering advisories have been recorded and any emerging wear would not yet have reached MOT failure thresholds. Finally, inspect the underbody for any corrosion around the front subframe, brake pipe runs, and suspension mounting points, as corrosion-related failures remain a significant risk for commercial vehicles of this age and operating profile.