2017 Citroen Dispatch 1.6L Diesel · PL17 EFC

A clear pattern of escalating electrical and braking defects defines this Dispatch's recent MOT history, with two of the last three tests resulting in failures rather than passes. The July 2026 test recorded three major defects: an ABS warning lamp fault, an inoperative dipped-beam headlamp on the nearside, and a non-functioning horn, alongside advisories for both front tyres being worn close to the legal limit. Notably, the horn fault had already been flagged as aPRS item twelve months earlier on the same date as a failed test, suggesting either an incomplete repair or a recurring electrical concern. The 2025 failures also included an engine MIL inoperative or malfunctioning indicator, which on a diesel of this age typically points to an emissions or sensor-related issue that would warrant diagnostic interrogation before purchase. Braking concerns have compounded across the record, with front discs noted as pitted or scored in 2025 and front pads flagged as wearing thin in both 2022 and 2025, indicating ongoing attention is required to the front braking system. Covering 114,163 miles over nine years equates to roughly 12,685 miles annually, which is a notably high accumulation for a commercial vehicle of this vintage and well above the typical light-van average. The testing record shows annual MOTs from 2020 onwards with no significant gaps, consistent with continuous operational use rather than extended periods off the road. This sustained high-mileage profile will accelerate wear on suspension bushes, steering components, braking hardware, clutch assembly, and drivetrain mounts. The 2024 advisory for slight play in the nearside front anti-roll bar linkage ball joint, combined with a recorded seepage from the steering rack, hints that the steering and suspension assemblies are beginning to show the fatigue expected of a hard-worked commercial platform. Continuous commercial mileage also tends to expose the vehicle to greater corrosion risk on underbody components, structural members, and brake lines, areas that an MOT advisory regime does not necessarily cover in depth. For a prospective buyer, the priority on inspection should be the braking and electrical systems flagged repeatedly in the record. The 2025 advisories for pitted front brake discs and thin front pads, together with the 2026 tyre edge-wear advisories, suggest the front axle is absorbing significant work; on a test drive, listen for any judder or vibration through the brake pedal under firm application and check for any pulling to one side that might indicate a binding caliper or uneven pad wear. The ABS warning lamp major defect from July 2026 is particularly significant, as ABS faults on the Dispatch commonly trace to wheel speed sensors, reluctor rings, or wiring corrosion, so a live diagnostic scan to confirm whether the fault has been rectified is essential. With the steering rack already showing slight seepage and the anti-roll bar ball joint recording play, raise the vehicle and check for any worsening fluid weep at the rack gaiters, listen for clonks over uneven surfaces, and inspect the anti-roll bar drop links and bushes for sloppiness. The electrical failures across the last two tests, encompassing the horn, headlamp dipped beam, ABS warning lamp, and engine MIL, point to a broader electrical or wiring integrity concern that should not be dismissed as isolated bulb failures. On inspection, verify that all exterior lighting operates correctly across dipped beam, main beam, indicators, and hazard functions, and confirm the horn sounds consistently rather than intermittently. A live OBD read-out should be obtained to confirm no current MIL codes are stored and that the ABS module reports no active faults. Finally, given the high recorded mileage and the pattern of advisories clustering around front-end wear items, a thorough underbody examination for corrosion on subframes, brake lines, and suspension arms is strongly advised, as commercial Diesels of this age and mileage are particularly susceptible to structural surface oxidation in winter-salted conditions.