2015 Citroen Dispatch 1200 L2H1 EN-Rise HDI 2.0L Diesel · SC15 AVO

The most recent official MOT assessment, conducted on 14 October 2025, resulted in a PASS with no defects or advisories recorded, representing a positive return to roadworthiness following a previous failure on 11 September 2025 where no specific failure reasons were documented. It is worth noting that a subsequent pass immediately after a failure, without any advisories listed, strongly suggests the original failure was either a minor or borderline issue that has since been rectified, or potentially an administrative or retest situation. Considering the broader five-year MOT history, the vehicle has consistently passed annual tests since 2022, all without recorded defects. This sustained pattern of clean passes indicates a stable maintenance trend and suggests that the vehicle has been generally well cared for throughout its recent life, providing confidence in its ongoing roadworthiness and compliance. With 112,639 miles recorded on an 11-year-old commercial vehicle, the annual mileage equates to approximately 10,240 miles per year, which is a relatively modest figure for a van of this type and likely reflects light commercial or fleet use rather than high-intensity daily operation. There are no significant gaps in the MOT mileage progression visible from the recorded dates, suggesting continuous use without prolonged periods off the road. Lower annual mileage on a commercial platform such as the Dispatch can be advantageous in reducing wear on major drivetrain components such as the clutch, turbocharger, and dual-mass flywheel, which are common high-cost failure points on HDi diesel units. However, lower mileage does not eliminate wear concerns entirely, as components subjected to load and stop-start urban driving conditions can still degrade through age-related factors rather than purely distance-based wear. Given the clean MOT history with no recorded advisories, particular attention should be directed towards age-related deterioration rather than documented component failures. The tyres should be inspected for sidewall perishing and cracking, as rubber compounds degrade with age regardless of remaining tread depth, and any tyres older than six years should be replaced as a matter of course. Brake discs and calipers on a vehicle that may have experienced periods of lighter use should be examined for surface corrosion and binding, particularly on vehicles that have been stood for extended periods. The 12V battery health should be verified, as batteries in commercial diesels typically require replacement every four to five years, and a weak battery can mask underlying electrical faults or alternator issues. Additionally, all fluid services should be confirmed through the service book or workshop invoices, including engine oil and filter changes, diesel fuel filter replacement to prevent injector contamination, brake fluid renewal every two years to prevent moisture ingress, and coolant replacement to maintain corrosion protection within the HDi cooling system. On a physical test drive, particular attention should be paid to the cold-start behaviour of the HDi diesel engine, listening for any excessive timing chain rattle from the upper engine which is a common wear item on PSA HDi units of this era, and observing the exhaust for blue or excessive black smoke indicating turbo or injector wear. The clutch operation should be assessed for slipping under load or any juddering during take-off, which on a commercial vehicle with this mileage could indicate impending dual-mass flywheel or clutch replacement, a significant cost consideration. The manual gearbox should be checked for smooth selection across all gears, and the six-speed unit fitted to this model is known for synchromesh wear on higher mileage examples. Steering should be checked for any knocking or vagueness suggesting worn suspension bushes or anti-roll bar links, and the front end should be inspected for any signs of tracking misalignment or uneven tyre wear which would indicate worn suspension components. Finally, the load area and underside should be examined for corrosion, particularly around wheel arches, sills, and the rear cross member, as commercial vehicles frequently suffer from structural corrosion due to their working environment.