2020 Peugeot Expert Professional L1 Bluehdi 2.0L Diesel · HS69 BVR

A remarkably clean roadworthiness record defines this vehicle, with a consistent history of passes and a total absence of advisories or defects since 2023. This trend of stability is maintained through to the most recent clean pass on 8 January 2026, suggesting that the vehicle has been kept in a state of mechanical compliance without the chronic failures or structural corrosion often associated with commercial utility vans. The recorded mileage of 148,536 miles is significantly high for a six-year-old vehicle, averaging approximately 24,756 miles per year. This level of intensive usage typically indicates a life spent primarily on long-distance motorway journeys, which is generally less taxing on the engine than urban stop-start cycles but accelerates the wear of consumables and drivetrain components. At this mileage, the mechanical focus shifts toward the remaining lifespan of major service items and the long-term fatigue of the chassis and suspension. Because the MOT history is devoid of specific flagged defects, the physical inspection must focus on high-wear components common to the Peugeot Expert platform that may not yet have reached a failure threshold. During a test drive, listen for knocks or clunks over uneven road surfaces, which would indicate worn suspension bushes or failing coil springs. Pay close attention to the steering precision and feel for any play in the steering rack, as high-mileage commercial vehicles often exhibit wear in these linkages. A thorough underbody inspection is required to verify the absence of oil misting around the engine seals and to check the structural integrity of the subframe. Listen for any abnormal whistling or loss of power during acceleration to evaluate the condition of the turbocharger, and ensure the clutch engagement is smooth without slipping in higher gears. While the DVSA records show no binding calipers or worn discs, a check for pedal judder during braking is advised to ensure the braking system remains efficient under load.