2006 Peugeot Expert 1.9L Diesel · FD55 ABU

The vehicle's latest recorded MOT outcome is a PASS issued on 20 December 2021, which is approaching five years old at the point of this assessment and means the current legal position cannot be confirmed from the data supplied. Only two test entries are available, one of which is a FAIL dated just two days prior to the pass. While the pass itself was clean with no advisories or defects recorded, the brevity of the MOT history makes it difficult to establish a long-term trend. The two failures recorded on that single pre-test inspection both relate to the offside front lighting system, specifically headlamp aim and the front position lamp, and the swift turnaround to a pass suggests remedial work was carried out rather than indicating a structural or progressive deterioration. In the absence of advisories, there is no MOT-level evidence of wear items such as tyres, brakes, suspension components, or corrosion, but equally there is no baseline against which to measure degradation over time. With 144,711 recorded miles on a vehicle of approximately twenty years of age, the average annual mileage works out at around 7,236 miles, which sits broadly within typical expectations for a light commercial vehicle of this era. However, the MOT history only extends back to late 2021, leaving a substantial portion of the vehicle's life undocumented, and it is impossible to determine from the data alone whether mileage has accrued steadily or whether there have been significant periods of standing or heavy use. For a diesel-powered Peugeot Expert of this age and mileage, attention should be paid to the wear implications on the clutch, dual mass flywheel if fitted, turbocharger, injector system, and engine ancillaries, alongside general drivetrain fatigue. Any gaps in recorded mileage between service intervals should also be clarified, as low usage can be just as problematic as high mileage where corrosion and fluid degradation are concerned. Given the limited MOT data, a prospective buyer must rely heavily on physical inspection and a thorough test drive. The lighting defects previously recorded, although rectified, should prompt a careful check of all front and rear lamps, including the offside headlamp alignment and the condition of the position lamp wiring and connectors, looking for signs of water ingress, corrosion in the multi-plugs, or earth faults that could recur. A road test should focus on pulling away in first and second gear to assess clutch bite and any signs of slipping or judder that might indicate a worn clutch or failing dual mass flywheel, while listening for abnormal turbo whistle, injector tick, or auxiliary belt noise. Steering should be checked for vagueness or clonks over uneven surfaces, which on a vehicle of this age and mileage could point to worn track rod ends, drop links, or anti-roll bar bushes, and the brakes should be examined for shudder, pulling, or binding calipers given the likely prolonged standing periods. From an age-related perspective, items that do not always show on an MOT but warrant close attention include the condition of the tyres, which on a twenty-year-old vehicle may suffer from sidewall perishing and cracking even if the tread depth remains legal. Brake discs, particularly those at the rear, may exhibit significant surface corrosion from infrequent driving, and the calipers may seize in their sliding mechanism, leading to uneven pad wear and reduced efficiency. The 12V battery should be load-tested, as extended periods of standing combined with short journeys will significantly deplete capacity and cranking performance. Time-based servicing items such as engine oil and filter, diesel fuel filter, timing belt or chain condition, coolant, brake fluid, and power steering fluid should all be verified with documentary evidence of replacement at the correct calendar intervals regardless of mileage. Finally, the underbody, inner sills, suspension subframes, brake and fuel lines, and the exhaust system should be raised on a ramp and carefully examined for structural corrosion, as these are common failure points on commercial vehicles that have seen decades of UK winter road conditions.