2016 Ford Transit Courier 1.6L Diesel · YG16 DCD

This Ford Transit Courier’s roadworthiness record exhibits a concerning trend of deferred maintenance, particularly in critical suspension and tyre components, with the most recent test—just five months ago—revealing severe tyre degradation and a failing ball joint. The December 2025 failure on both front and rear tyres, where ply was exposed and tread limits were dangerously approached, suggests a pattern of neglect rather than isolated wear. The same offside front suspension arm ball joint was flagged in both the January 2025 and December 2025 tests, indicating progressive failure rather than a one-off oversight. While the vehicle passed its January 2025 test, the headlamp failure and suspension fault were overlooked until it became a critical safety issue, underscoring inconsistent upkeep. The recorded mileage of 128,545 miles over ten years—roughly 12,850 miles annually—is unusually high for a commercial van of this age, implying either heavy usage or prolonged periods of inactivity with deferred servicing. The gap between the January 2025 (121,075 miles) and December 2025 (128,545 miles) tests shows 7,470 miles accumulated in just eleven months, a rate that accelerates wear on suspension, brakes, and tyres. The absence of any tests between January 2024 (116,092 miles) and January 2025 suggests either a deliberate bypass of the annual MOT or a prolonged period where the vehicle was not in regular service, both of which exacerbate mechanical deterioration. A prospective buyer should prioritise an immediate, thorough inspection of the suspension system, particularly the front suspension arm ball joints, which have failed twice in quick succession. The December 2025 tyre failures demand verification of current tread depth and lateral wear patterns, as exposed ply indicates advanced degradation beyond standard wear. The rear brakes, though not explicitly failed, should be checked for binding or uneven wear, given the vehicle’s high mileage and the potential for heat-related damage. Structural integrity of the chassis and wheel arches should also be assessed for corrosion, especially around the wheel bearings and suspension mounts, as rust can compromise load-bearing components critical to a commercial vehicle’s safety. Given the history, independent verification of service records for brake fluid changes, differential maintenance, and exhaust emissions systems is essential.