2009 Citroen Dispatch 1.6L Diesel · BK09 DSY

The vehicle presents a concerning roadworthiness profile characterized by a trend of mechanical degradation and reactive maintenance. While it passed its most recent February 2026 test at 264,444 miles, this followed a significant failure just eight days prior at 264,335 miles involving critical issues including a continuous engine oil leak, a split CV boot, and a failing suspension ball joint. The transition from a safety-risk leak to a non-excessive leak suggests repairs are performed only to satisfy minimum testing requirements rather than as proactive preventative maintenance. At 17 years old, this Citroen Dispatch has endured a high-mileage life cycle, averaging over 15,000 miles per year. The data shows a massive surge in usage between October 2021 and January 2025, where the vehicle covered approximately 100,000 miles in just over three years. This rapid accumulation explains the accelerated wear on consumables and structural components. The gap between the 2021 and 2025 tests indicates a period of lower use followed by intensive operation that has stressed the drivetrain and chassis. A buyer must prioritise inspecting the structural integrity of the rear integral body structure, as corrosion was noted in the February 2026 test. Although rigidity was not yet compromised, the presence of rust on a high-mileage van often progresses quickly. The suspension system shows clear signs of fatigue with both front and rear coil springs reported as corroded and a failure of a front arm ball joint. These components are high-wear items that are prone to sudden failure under load. The engine and braking system require close scrutiny due to the history of continuous oil leaks and poor parking brake efficiency recorded in 2025. The front inner brake discs are already pitted and scored, indicating they are nearing the end of their functional life. Given the recurring issues with perishing tyres and exposed ply cords, the vehicle appears to have been operated with a philosophy that ignores basic upkeep until an MOT failure necessitates intervention.