2020 Citroen Dispatch 1400 EN-Prise Bhdi SS 2.0L Diesel · EX20 FSV

The most recent DVSA examination on 6 May 2026 resulted in a Pass, with a single advisory noting light oil misting on the offside rear shock absorber. This is the only item flagged at the latest test and does not constitute a failure, though it represents an early indicator of seal wear. Reviewing the broader history, the vehicle achieved consecutive clean passes in June 2024 and June 2025 before the most recent test, which suggests a generally stable maintenance profile with no escalating pattern of defects. However, the two earlier failures in July 2023 and June 2024 both involved front brake pad renewal to dangerously low levels, and a repeat advisory on front brake disc wear was issued at the same time, indicating that the front braking system has been the primary area of recent mechanical attention. The minor headlamp aim and lamp inoperative issues recorded in 2023 appear to be isolated electrical defects rather than systemic faults, and the reappearance of a headlamp aim issue in 2024 could suggest intermittent adjustment or bulb seating concerns worth verifying. With a recorded mileage of 63,619 miles over approximately six years, the vehicle is accumulating around 10,600 miles annually, which is broadly typical for a working van of this type and suggests steady rather than sporadic use. This kind of mileage is generally beneficial from a mechanical longevity standpoint, as regular running keeps the diesel particulate filter exercised, prevents corrosion from prolonged standing, and maintains battery and fluid condition. The consistency of annual test entries implies the vehicle has not been laid up for extended periods, which reduces the likelihood of seizing calipers, perished coolant hoses, or DPF saturation issues commonly seen in low-use commercial vehicles. The mileage progression between tests appears continuous and proportionate, with no evidence of clock anomalies or significant gaps in use. Given the advisory recorded for oil misting on the offside rear shock absorber, this should be physically inspected for any signs of wetness around the damper body or piston rod, and the corresponding nearside unit should be checked for symmetry, as paired replacement is often advisable once one unit begins to fail. On a test drive, listen for clonking or knocking from the rear suspension over uneven surfaces, and observe whether the vehicle sits level or exhibits any sagging at the rear, which would indicate the damper is losing its damping capacity. Light misting rarely progresses rapidly, but it warrants monitoring, particularly on a vehicle that may be used for heavier payloads. The surrounding bodywork should also be examined for surface corrosion around the strut mounting area. The previous dangerous failures for both front brake pads falling below 1.5 mm indicate that this vehicle has experienced relatively fast front brake wear, likely associated with payload operation, and a prospective buyer should verify that quality replacement pads and discs have since been fitted rather than economy pattern components. On a test drive, assess for any brake shudder through the steering wheel, which would suggest disc runout or uneven wear, and listen for squealing under light application. Check the rear pads, which were flagged as wearing thin in 2024, to confirm they remain within legal limits. Given the vehicle is now six years old, attention should also be paid to age-related items not necessarily captured in the MOT record, including tyre sidewall condition for perishing or cracking despite adequate tread depth, the state of the auxiliary 12V battery particularly if the van has been used for short journeys, and the timing of the most recent cambelt or timing chain service, brake fluid change, and coolant renewal. A coolant fluid test strip or service history confirmation is advisable, as calendar-based degradation of brake fluid moisture content and coolant corrosion inhibitor depletion are common on vans of this age.