2003 Ford Transit 2.4L Diesel · X6 BDP

The vehicle's MOT record indicates a history of two separate failed tests in October 2023 and October 2021, establishing a clear downward trend in roadworthiness that is not currently stabilizing. The most recent failure occurred on 2023-10-04 at 150,808 miles, which was followed by a failed test on 2021-10-25 at 147,269 miles, resulting in a gap of 2,539 miles between the two most recent failures. This gap suggests that the vehicle has not undergone a full period of maintenance since the second failure, meaning the mechanical condition has likely deteriorated further without the protective effect of a full MOT. The mileage accumulation rate is approximately 6,557 miles per year, which is consistent with the vehicle's age of roughly 23 years. While the mileage is within a normal range for this age bracket, the lack of a full MOT interval between October 2021 and October 2023 implies that the vehicle has been used for extended periods without the necessary servicing. This gap in maintenance is a significant red flag for the buyer, as it suggests that consumables such as tyres, wiper blades, and fluids may no longer be in optimal condition, increasing the risk of failure during normal driving. Given the recurring structural issues and mechanical wear identified in the records, the vehicle should be inspected in person for binding brakes, binding rear brakes, and structural integrity. The history reveals multiple instances of the rear and front suspension components mounting prescribed areas being excessively corroded, which significantly reduces structural strength and can lead to dangerous suspension behavior. Additionally, the record indicates a failure of the front subframe mounting area, a critical chassis component that must be checked for cracks or corrosion. The oil leak, while not excessive, should be monitored closely as it can indicate internal fluid degradation. The buyer must verify that these structural risks are addressed before purchasing, as the vehicle's condition deteriorates rapidly without regular intervention.