2005 Ford Transit 2.4L Diesel · RV05 WTL

The vehicle is currently roadworthy but the maintenance history reveals a concerning trend of progressive structural degradation. While the most recent test in September 2025 at 149,023 miles was a pass, it followed a significant failure in July 2024. The record shows a transition from minor deformation to serious structural failures that compromised the rigidity of the sills and chassis legs. The use of underseal and grease to cover corroded brake pipes and structural repairs suggests a strategy of masking rust rather than remediating the underlying metalwork. At 149,023 miles over 21 years, the Transit has averaged approximately 7,100 miles per year, which is consistent with a light-use commercial vehicle. The mileage accumulation shows steady usage, with roughly 20,000 miles covered between June 2023 and July 2024, and another 17,000 miles between July 2024 and September 2025. This consistent operation suggests the vehicle is regularly exposed to environmental elements, which has likely accelerated the oxidation processes noted in the recurring structural reports. A buyer must conduct a thorough physical inspection of the chassis and mounting points. The tester has repeatedly flagged excessive corrosion on the offside front cab mounting, inner sills, and towbar mounting area. Because previous repairs were covered in underseal, there is a high risk of hidden sectioning or deep rot that could quickly compromise the vehicle's structural integrity. The history of a front oil leak and play in the prop shaft bearings indicates that while the engine remains functional, the drivetrain and suspension are showing signs of wear. Specific attention is also required for the brake system, as corrosion in the brake pipes has been a persistent issue since at least 2022. The 2024 failure due to a leaking fuel tank and significant structural weakness on the chassis indicates that the vehicle has undergone expensive component replacement. Given the age of the vehicle and the recurring nature of these faults, the primary concern is long-term structural failure rather than mechanical breakdown.