2006 Peugeot Boxer 2.0L Diesel · LC06 FPZ

Commercial utility vehicles of this age frequently display hard wear, yet this 2006 Peugeot Boxer presents a mixed mechanical record marked by recurring component intervention and structural fatigue rather than smooth sailing. The most recent MOT test on 30 January 2026 resulted in a pass, but it accumulated a substantial list of five advisories spanning steering, suspension, and wheel integrity. This follows a volatile testing history that includes two failures within the span of recent inspections, featuring dangerous classifications for critically thin brake pads and an insecure passenger seat, demonstrating that upkeep has historically been reactive. Accumulating 100,874 miles across its twenty-year lifespan yields an average of roughly 5,044 miles per year, reflecting a relatively low overall usage rate for a heavy-duty panel van. While lower mileage can sometimes indicate lighter duties, commercial platforms subjected to intermittent use or extended periods of inactivity often experience accelerated degradation of auxiliary systems, perished rubber components, and surface corrosion on underbody structures. The test data reveals periods where annual mileage accumulation varied, but the core mechanical strain stems from the severe duty cycles typical of this vehicle class rather than excessive distance. A rigorous physical inspection of the front end is essential during a prospective viewing, starting with a close check of the offside front wheel bearing for the slight play noted on the latest certificate, alongside the nearside track rod end ball joint. On a test drive, listen carefully for knocking or clunking noises when navigating sharp turns or uneven surfaces, and feel for any wandering in the steering or vibration through the steering wheel that could originate from the slightly distorted front and rear road wheels. The cuts logged on both front tyres and the wheel rim distortions require immediate budgetary consideration for tyre replacement and wheel balancing or refurbishment. Underbody and ancillary inspections must focus on the front subframe mountings, which were previously flagged for corrosion in the prescribed areas, meaning the chassis legs and load-bearing points need a thorough poke with a corrosion hammer to verify structural integrity. Check that the reverse light is fully functional, ensure all seating mounting points are secure following past seat insecurity notices, and verify that the braking system operates smoothly without pedal judder or pulling, given the historical intervention required for dangerously worn brake pads.