2008 Ford Transit 2.4L Diesel · YP08 YLG

The vehicle presents a concerning maintenance trend characterized by high-frequency mechanical failures and escalating structural degradation. While it passed its most recent test in June 2025 at 279,361 miles, the history reveals a period of significant neglect and reactive repairs year prior. The transition from a clean record in 2023 to multiple critical failures in 2024 suggests a vehicle that is only repaired when it reaches the point of legal un-roadworthiness rather than being maintained on a preventative service schedule. At 279,361 miles, this 18-year-old Transit has clocked an average of approximately 15,500 miles per year. The data shows a surge in usage between May 2023 and June 2024, where the vehicle covered over 30,000 miles in just thirteen months. This rapid accumulation correlates with the cluster of serious faults noted in 2024, including a compromised seat belt anchorage and an insecure anti-roll bar linkage. The high mileage relative to the age places immense stress on the drivetrain and chassis components, making the recurring suspension issues a red flag. A buyer must prioritise a thorough inspection of the chassis and suspension geometry. The 2025 test flagged corrosion on the front sub-frame and the offside sill, which, while not yet failing, indicates the onset of structural rust-related issues. Furthermore, the record shows persistent problems with the steering rack inner joints, arm ball joints, and leaf spring shackle pins. These components are under heavy wear and likely require imminent replacement to ensure directional stability. The braking system also requires close scrutiny. The 2025 advisory noted thin pads on both axles, following a previous failure in 2024 for an oil-contaminated offside rear disc and poor parking brake efficiency. The presence of grease and paint on brake pipes mentioned in previous tests suggests an attempt to mask potential leaks or hide surface corrosion. Given the history of modified leaf springs and failing suspension components, the overall integrity of the heavy-duty assembly remains a significant risk.