2006 Ford Transit 2.4L Diesel · NA56 GOC

The current roadworthiness status of this Ford Transit appears stable following the pass certificate issued on 10 September 2024 at 224,068 miles. While the vehicle successfully cleared its most recent inspection without any recorded defects or advisories, the history of immediate re-tests following previous failures indicates a pattern of reactive maintenance. The lack of specific defect data in the provided record suggests that past failures may have been administrative or related to minor items that were rectified instantly, yet this lack of transparency regarding specific mechanical faults requires a cautious approach to the vehicle's underlying condition. The vehicle has covered 224,068 miles over two decades, averaging approximately 11,200 miles annually, which is consistent with typical commercial usage for this model. A notable period of low activity occurred between the January 2022 pass and the May 2023 failure, where the odometer increased by only 245 miles over sixteen months. Prolonged periods of inactivity often lead to seized brake components, perished rubber seals, and fuel system degradation. The subsequent rapid jump of nearly 20,000 miles between early 2022 and early 2023 suggests the vehicle returned to regular service, which may have masked or exacerbated issues related to its long-term storage. Prospective buyers must prioritise a thorough physical inspection of the chassis and bodywork, as the age and high mileage of this Transit make it highly susceptible to structural corrosion. Inspect the sills, wheel arches, and floor pans for signs of previous welding or untreated rust, as these are common failure points for this generation of Ford commercial vehicles. Given the inconsistent testing intervals and the history of re-tests, check the suspension bushes, ball joints, and steering rack for play, as these components frequently wear out on high-mileage Transits. Verify the condition of the brake discs and pads for signs of uneven wear or binding, which often result from the intermittent usage patterns observed in the recent service history.