2009 Ford Transit Connect 1.8L Diesel · GL59 KXF

The vehicle remains roadworthy but the maintenance history reveals a clear trend of worsening structural degradation and mechanical wear. While it passed its most recent test in March 2024 at 180,400 miles, the record indicates persistent issues with corrosion and braking components. The progression from minor sill corrosion in 2023 to a structural failure related to a seat belt anchorage in early 2022 suggests that the structural integrity of the chassis is reaching a critical point of concern. At 180,400 miles over 17 years, the Transit follows a consistent usage pattern of approximately 10,600 miles per year, which is typical for a commercial vehicle of this age. The data shows regular annual testing, with roughly 5,600 miles accumulated between the March 2023 and 2024 tests. However, the high mileage has clearly accelerated the wear of heavy-duty components, evidenced by the recurring presence of oil leaks and the deteriorating state of the braking hardware across nearly every inspection period from 2021 to 2024. A buyer must prioritize a thorough underbody inspection focusing on the sills and suspension mounting points, as the record shows active corrosion in these vital areas. The 2022 failure regarding the offside seat belt anchorage due to sill corrosion is a significant red flag that suggests rust may be progressing beyond surface level. Additionally, the tester flagged fluctuating nearside front brakes and pitted discs on all corners in 2024, indicating that the braking system is nearing a comprehensive overhaul rather than minor attention. The recurring issues with corroded brake pipes and oil leaks around the power steering rack suggest that preventative maintenance has been neglected in favor of reactive repairs. The consistent history of tyres being worn to the legal limit across multiple years further indicates a pattern of replacing components only when necessary. Given that over two years have passed since the last recorded MOT, the vehicle should be checked for a fresh test to determine if the structural corrosion has accelerated to the point of failure.