2018 Peugeot Expert 1.6L Diesel · OU68 WDR

Covering 105,794 miles across roughly eight years, this 2018 Peugeot Expert has accumulated usage well above the typical commercial-van or multi-purpose vehicle annual figure, and the recent MOT activity confirms an emerging mechanical concern rather than a clean bill of health. The 2025-10-28 test produced a fail on the engine malfunction indicator lamp being inoperative or showing a fault, alongside an advisory for an offside front tyre worn close to the legal limit on the edge. Although the previous three tests from 2022 through 2024 were recorded as passes with no defects, the most recent entry demonstrates that the vehicle is now presenting an engine management warning, which warrants diagnostic attention regardless of the pass-fail outcome. The pattern is one of long-standing roadworthiness followed by a recent, specific electrical or emissions-related defect that prevented a clean pass at the final recorded test. Mileage data and testing cadence reinforce a working-vehicle profile rather than one of light domestic use. Seven MOT records span from September 2021 through to October 2025, with intervals between tests generally falling between ten and fourteen months, indicating the van has remained in regular service. The 105,794 total figure equates to an average of roughly 13,200 miles per year, which is high for the age bracket and consistent with the brake disc scoring and front brake pad wear advisories noted in mid-2022. Such sustained annual mileage places above-average demand on braking consumables, suspension components, clutch and drivetrain hardware, and Diesel Particulate Filter regeneration cycles. Buyers should interpret the mileage as a signal that wear-related components are more likely to be approaching or already at replacement thresholds, particularly within the braking and steering systems. Prospective purchasers should approach the recent MIL inoperative or fault-indicating fail as the primary concern requiring pre-purchase investigation. A diagnostic readout retrieving stored fault codes is essential, as the recorded defect could stem from anything ranging from a faulty bulb in the warning lamp circuit to a sensor failure, an emissions-related issue such as DPF, EGR, or lambda sensor performance, or a wiring fault. It would be prudent to ask for evidence that the fault has been rectified and that the warning lamp now illuminates correctly on ignition, as a permanent MIL being lit during driving would constitute an immediate failure at any future test. Equally, the 2025 advisory regarding the offside front tyre wearing on the edge suggests a possible tracking, suspension geometry, or bush wear problem; a careful inspection of the offside front suspension arm, ball joint, and tyre shoulder pattern is advised, ideally with the wheel raised to check for play. On a road test, attention should be directed towards the symptoms most likely given the recorded mileage and advisories. With front brake discs previously scored and pads noted as wearing thin, any vibration through the brake pedal, judder under heavy braking, or a grinding sensation should be taken seriously, and the condition of the discs should be measured for minimum thickness rather than relying on a visual judgement alone. The offside front tyre edge wear may manifest as steering pull to one side, uneven steering weight, or a knocking or creaking from the front suspension over uneven surfaces, particularly on speed bumps or rough tarmac, indicating worn bushes, droplinks, or top mounts. Listen for any unusual engine behaviour, hesitations, or rough idle that could relate to the recent MIL fault, and verify that the DPF is completing regenerations without frequent warning lights or extended idle periods. Finally, given the high annual mileage, the clutch feel, gear selection quality, and any evidence of transmission noise or oil leaks from the engine and gearbox seals should form part of a thorough physical inspection.