2004 Ford Transit 2.4L Diesel · CU04 AEN

The vehicle currently maintains a roadworthy status, evidenced by a clean MOT pass in November 2025 at 39,777 miles where no defects were recorded. The maintenance trend shows signs of improvement as the mechanical and electrical issues noted in previous years appear to have been addressed. While the vehicle is currently meeting minimum standards, the history indicates a vehicle that has been subject to age-related degradation rather than high-mileage mechanical wear. The recorded mileage is exceptionally low for a 22-year-old commercial, averaging approximately 1,800 miles per year. Between December 2021 and November 2025, the vehicle covered only 4,704 miles, indicating periods of infrequent use or long storage intervals. This low mileage suggests minimal mechanical stress on the drivetrain and engine components, but it directly correlates with the recurring issues found in the rubber-based parts. The data reflects a pattern where the vehicle sits long enough for tyres to perish despite having sufficient tread depth. A physical inspection must focus on the structural integrity and fluid systems flagged in earlier tests. The 2022 test identified a corroded offside front brake pipe and corrosion on the offside front suspension mounting area. While these did not cause a failure at the time, the buyer must verify that rust has not progressed into the structural inner wheel arch or compromised mounting points. The brake lines should be thoroughly checked for weeping or significant thinning to ensure the previous corrosion was properly treated. The recurring advisories for perishing and cracking rear tyres in 2023 and 2024 are classic consequences of the low-usage profile. Even though the 2025 test showed no defects, the buyer should inspect for sidewall cracking or dry rot if the tyres have not been recently replaced. Given the age of the vehicle, the inspection should also evaluate the suspension bushes and rubber boots for cracking, as these components often fail through oxidation when a vehicle remains stationary for extended periods.