2019 Peugeot Expert Professional L1 Bluehdi 2.0L Diesel · FL69 TZN

A consistent pattern of recurring minor lighting defects, oil leaks, and heavily worn friction materials defines the mechanical health of this panel van, punctuated by previous test failures for exhausted braking components and inoperative headlamps. The vehicle most recently passed its MOT on 2025-06-09 at 114,134 miles, securing a pass despite recording minor defects for a damaged windscreen, an inoperative registration plate lamp, and a partially functioning nearside rear position lamp. While the latest test avoided a refusal, the overall historical trend reveals persistent oversight regarding basic maintenance items like bulbs and fluid seepage, requiring a careful buyer to verify that these recurring issues have been permanently resolved rather than temporarily patched for testing purposes. Accumulating 114,134 miles over its seven-year lifespan results in an intensive annual average of roughly 16,305 miles, marking this Expert as a heavily utilised commercial vehicle. This high-mileage operating profile places accelerated physical stress on the drivetrain, steering rack, wheel bearings, and suspension geometry due to frequent heavy payload transit and long-distance motorway driving. Prospective buyers should anticipate that foundational chassis components and auxiliary systems have worked significantly harder than those on a lower-mileage counterpart, making thorough physical inspection of the undercarriage essential during a pre-purchase evaluation. Targeted inspection of the engine bay and underside is critical to investigate the recurring advisory for an oil leak noted across multiple inspections between 2023 and 2024. During a static examination, inspect the lower engine shielding and subframe for fresh lubricant pooling to determine the precise source, whether from the turbocharger feed lines, sump gasket, or timing cover seals. Given that the vehicle was previously failed for dangerously thin brake pads measuring under 1.5 millimetres alongside pitted and scored discs, carefully examine the current thickness and surface condition of all four brake discs and pads to ensure they have been replaced with quality commercial-grade components and do not exhibit deep scoring or lip wear. During the dynamic road test, pay close attention to the front axle and steering response to check for vibrations or pulls that would indicate worn wishbone bushes, drop links, or tracking misalignment caused by heavy commercial use. Listen intently for any metallic knocking or clunking noises from the suspension over speed bumps and uneven road surfaces, which would signal degraded damping or failing pivot joints. Finally, test all electrical functions thoroughly, specifically operating the headlamps, rear position lights, and registration plate illumination through multiple cycles to ensure the recurring lighting faults flagged on past MOT certificates are not symptomatic of underlying wiring harness or body control module degradation.