2008 Ford Transit 2.4L Diesel · AB08 CSW

The vehicle's current roadworthiness status is currently failing, as evidenced by the most recent MOT test in October 2025 at 354,238 miles, which resulted in a failed inspection. This indicates a persistent mechanical degradation that has not been resolved since the initial assessment in October 2025. The failure in this recent test suggests that the vehicle has not been adequately maintained since the previous assessment in October 2025, as the failure occurred shortly after the latest test date. The mileage pattern indicates significant acceleration of wear, with the vehicle averaging approximately 19,680 miles per year, a rate that is high for an 18-year-old model. This high accumulation rate suggests that the vehicle has experienced rapid consumption of critical components, particularly regarding suspension and drivetrain parts, without any recorded maintenance intervention. The lack of a gap between the October 2025 test and the October 2025 assessment implies that the vehicle has likely been driven for a substantial period, leading to the accumulation of wear on suspension bushes, coil springs, and brake discs that are not typically addressed by routine servicing. Given the recurring faults and structural issues highlighted in the MOT record, a buyer must inspect the vehicle in person to identify specific areas of concern. The most critical risks include the corrosion of the brake pipes and the integrity of the inner sill, which may lead to premature failure of suspension components and brake systems. Additionally, the failure of the rear position lamp lens and the detachment of leaf spring anchor pins suggest that the vehicle may have been subjected to high-frequency mechanical stress or improper handling, which could compromise the structural rigidity of the vehicle. A thorough physical inspection is required to assess the condition of the suspension, brakes, and drivetrain, as well as to evaluate the extent of any corrosion or damage that has occurred since the most recent MOT test.