2006 Ford Transit 2.4L Diesel · MT55 DJZ

The vehicle presents a concerning roadworthiness profile, with a maintenance trend that is clearly worsening. The most recent test on 18 February 2025 at 105,817 miles resulted in a significant failure involving multiple critical systems. While the vehicle has passed tests in the past, the 2025 results indicate a rapid deterioration in structural integrity and braking reliability. The presence of extensive corrosion across various suspension component mountings, including the sills, chassis, and arch struts, suggests that the vehicle's structural condition is declining. The mileage pattern shows a relatively low annual average of approximately 5,291 miles over the recorded period, which is low for a 2006 Ford Transit. However, this low usage does not equate to a well-maintained vehicle. The data shows consistent annual testing, but the frequency of failures suggests that the vehicle has been operated with deferred maintenance. The gap between the 2024 pass at 102,514 miles and the 2025 failure at 105,817 miles shows only a small amount of driving, yet the mechanical condition regressed sharply in that short interval. A prospective buyer must prioritize a thorough inspection of the chassis and suspension mounting points due to the recurring reports of corrosion. The 2025 failure specifically flagged corroded brake pipes and a leaking nearside rear hydraulic brake cylinder, alongside an imbalanced rear axle and inoperative parking brake. These issues, combined with the historical presence of fractured leaf springs and worn prop shaft bearings, indicate that the braking and drivetrain systems require immediate professional attention. The history also reveals a pattern of neglected consumables. Multiple tests, including those in February 2021, 2024, and 2025, flagged tyres worn to the legal limit or with exposed cords. Recurring issues with suspension arm bushes and track rod ends further suggest that the steering and suspension geometry may be compromised. Given the documented structural corrosion and the recent failure of critical braking components, this vehicle requires significant investment to reach a reliable standard of operation.