2016 Citroen Dispatch 1.6L Diesel · EB63 SJB

The vehicle passed its most recent MOT test on 8 September 2025. The overall maintenance trend appears exceptionally stable, with a clean record of passes and a notable absence of recorded advisories over the last three years. While the history shows failures on the same day as the passes in 2024 and 2025, the lack of listed defects suggests these were either minor administrative corrections or issues rectified immediately upon discovery. With 183,164 miles recorded over approximately ten years, the vehicle has averaged over 18,000 miles per year. This is significantly higher than average usage for a light commercial vehicle of this age. Such high mileage typically indicates heavy duty cycles, which places considerable stress on the drivetrain, engine internals, and chassis. The buyer must recognize that high-mileage vehicles are more prone to accelerated wear on critical components that may not be captured during a standard MOT inspection. Given the absence of MOT advisories, the physical inspection must focus on high-mileage wear and tear. A thorough evaluation of the suspension is essential; listen for clunks or knocks during a test drive, which may indicate worn suspension bushes, fatigued coil springs, or failing shock absorbers. Check for uneven tyre wear across the tread, as this often signals wheel misalignment or worn steering rack components. The clutch and gearbox should be tested for smoothness and precision, as these are primary wear items on a Citroen Dispatch with this level of usage. Beyond the MOT records, it is critical to verify the service history to ensure the timing belt and water pump have been replaced in accordance with the manufacturer's intervals, as a failure here would be catastrophic. Inspect the brake discs for significant lip wear or scoring and ensure the calipers are not binding. Finally, examine the underbody for structural corrosion and verify that the engine oil and coolant are clean and free of contamination, ensuring that calendar-based fluid degradation has been managed alongside the high mileage.