2009 Ford Transit 2.2L Diesel · KV09 OLH

The vehicle presents a concerning roadworthiness profile characterized by a trend of worsening structural integrity despite reactive repairs. While the most recent test in September 2025 at 176,571 miles resulted in a pass, it followed a significant failure that revealed critical structural issues. The transition from minor corrosion in 2024 to structural strength reductions in 2025 indicates that while repairs are being attempted, such as applying underseal, the underlying oxidation of the chassis and mounting points remains a primary long-term risk. At 176,571 miles over 17 years, the Transit has averaged approximately 10,400 miles per year, which is consistent with a light commercial vehicle of this age. The record shows steady usage patterns, with 10,197 miles covered between April 2024 and March 2025. This consistent mileage suggests the vehicle has been in active service, but the high mileage combined with the age of the van has accelerated the degradation of metal-heavy components, particularly regarding the rust-related failures seen in the recent history. A buyer must prioritise a thorough physical inspection of the chassis and suspension mounting points. The March 2025 failure flagged multiple areas where corrosion significantly reduced structural strength in the sill, wheel arch, and spring mountings. The September 2025 advisory notes these repairs are now covered in underseal, which is often used to mask ongoing corrosion rather than stop it. The inspector should verify the integrity of the seat belt anchorages and webbing points, as these have been flagged as recurring failures or defects over the last two years. Mechanical attention is also required for the braking and suspension systems. The history shows persistent issues with corroded brake pipes and pitted rear brake discs, alongside a deteriorated ball joint dust cover. Given the previous serious fluid leak on the nearside rear shock absorber and the inoperative parking brake noted in 2024, the entire rear suspension assembly should be tested for play and excessive wear to ensure components are not nearing immediate failure.