2000 Ford Transit 2.4L Diesel · X93 JOA

The vehicle shows an improving maintenance trend, moving from significant structural and mechanical failures in previous years to a more stable condition in recent tests. The most recent MOT passed on 13 November 2025 at 141,734 miles, though the tester flagged a nearside front lower suspension arm ball joint with slight play and a worn nearside rear anti-roll bar linkage pin or bush. While these are minor advisories, they indicate that wear in the suspension components is a recurring issue that has persisted through several testing cycles. The mileage pattern suggests low annual usage for a 26-year-old vehicle, averaging roughly 5,451 miles per year. The recorded data shows consistent, incremental increases between tests, such as the jump from 136,152 miles in October 2024 to 141,734 miles in November 2025. This low-mileage profile can sometimes lead to neglected maintenance or issues related to long periods of standing, which is reflected in the history of electrical faults and minor leaks. A prospective buyer must prioritize a thorough inspection of the vehicle's structural integrity and underside. The January 2021 test recorded severe concerns regarding excessive corrosion to the cab, chassis, sills, and flat bed, alongside a very rusty exhaust system. Although more recent tests do not explicitly list these structural failures, the history of heavy corrosion suggests that the underbody requires a close physical examination to ensure the rust has not progressed or remained untreated. Mechanical attention should also be directed toward the braking system and suspension. The record shows a history of corroded brake pipes and issues with the parking brake, as well as repeated advisories for worn anti-roll bar bushes and ball joints. Given the previous failures involving the prop shaft bearing and steering system, a buyer should verify the condition of the drivetrain and steering linkages to ensure these components have been adequately addressed following their earlier reported deterioration.