2010 Peugeot Expert 1.6L Diesel · WM59 CWX

The 2010 Peugeot Expert carries a current MOT pass certificate dated 10 June 2022, although it should be noted that this certificate has effectively expired given the substantial lapse of time since that test was conducted; a prospective purchaser must therefore ensure a fresh MOT test is obtained prior to purchase, and the recorded history should be regarded as historical reference rather than current roadworthy validation. The single test on file reveals a mixed pattern rather than a stable trend, with two entries logged on the same date showing both a pass and a fail at the same location, suggesting the vehicle was presented, failed on a position lamp issue, immediately rectified, and re-presented within the same day. The advisory concerning slight play in the nearside front anti-roll bar linkage ball joint is the more mechanically significant finding, as anti-roll bar links are a common wear item on high-mileage commercial-derived vehicles and deterioration typically progresses with continued use. Both drive shaft constant velocity boot defects were categorised as minor rather than advisories, indicating they were noted but did not constitute a failure at that point, though they warrant close inspection given the documented deterioration. With 224,901 miles accumulated over approximately sixteen years, this Expert has covered an annual average of around 14,056 miles, which is a notably high figure for any passenger or light commercial vehicle and particularly demanding for one of this vintage. Such sustained heavy usage implies significant wear across all major mechanical systems, including the clutch, gearbox, turbocharger (if applicable), suspension components, braking system, and engine internals, with the accumulation suggesting a working or fleet history rather than private domestic use. The substantial mileage also indicates that consumables such as timing belts, water pumps, and suspension bushes are likely to have been replaced multiple times, and verification of service history records becomes essential to confirm adherence to manufacturer-recommended replacement intervals. Given the recorded CV joint boot deterioration on both sides, a prospective buyer should carefully inspect the driveshaft boots for any splits, grease loss, or perished sections, as torn boots allow water and grit ingress that rapidly destroys the constant velocity joints themselves, leading to expensive replacement. Listen for any clicking or knocking noises from the front wheels during sharp turns, which would indicate advanced CV joint wear, and check for grease deposits on the inner wheel arches or suspension components. The anti-roll bar linkage ball joint play is a progressive wear issue that will worsen over time, so on a test drive, listen for clonking or rattling noises from the front suspension over bumps and during direction changes, and inspect the components visually for excessive movement or perished bushes; replacement is straightforward but should be factored into negotiation. Beyond the recorded defects, the combination of high mileage and sixteen years of service demands a thorough physical inspection addressing age-related deterioration. Examine all tyres closely for sidewall cracking and perishing, as rubber degrades with age regardless of tread depth, and verify that the brake discs are not excessively corroded or worn at the edges, which is common on vehicles that may have stood for periods between heavy use. Check for binding or seized brake calipers, particularly given the irregular usage pattern that high commercial mileage often entails. Inspect the exhaust system for corrosion, particularly at mounting points and joints, and verify the condition of all undertray and chassis components for rust given the vehicle's age. Confirm that the 12V battery is in good health, that coolant, transmission, and brake fluid have been changed within recommended calendar intervals regardless of mileage, and ensure the timing belt or chain service schedule has been adhered to with documentary evidence, as neglect of these items on a high-mileage diesel van commonly results in catastrophic engine failure.