2019 Mitsubishi L200 2.4L Diesel · EB10 LAN

A clean MOT record with only a minor advisory about under‑sill protection defines the mechanical profile of this 2019 Mitsubishi L200; the most recent test on 19 May 2026 confirmed a pass, and the preceding five years show uninterrupted passes with no recorded failures. The solitary advisory suggests that the lower body panels have been treated for corrosion protection, but no safety‑critical defect has been identified. With 43 655 miles logged over roughly seven years, the vehicle averages about 6 200 miles per annum, a mileage rate that sits comfortably within normal usage for a light‑commercial pick‑up. The MOT dates – a September test in 2022 followed by annual checks in May/April – indicate consistent testing without significant gaps, implying the odometer reading reflects genuine road use rather than prolonged storage. Mechanically, this moderate annual accumulation points to average wear on consumables such as tyres, brake pads and suspension components, but it does not alone signal premature deterioration. Buyers should give particular attention to the under‑sill area highlighted by the advisory. Inspect the lower chassis, wheel arches and sill panels for any signs of rust, paint blistering or corrosion that may have progressed since the last protection was applied. Look for water ingress, especially around rear‑door seals and the rear bulkhead, and verify that any protective coating appears intact. On a test drive, listen for any metallic rattle or clunk when traversing speed bumps, which could indicate developing rust‑related weakening of mounting points or suspension brackets. Although the MOT history shows no brake, steering or suspension faults, standard age‑related checks remain prudent. During a road test, feel for any steering pull, uneven tyre wear or pulsation in the brake pedal that could reveal hidden wear on brake discs, pads or hydraulic lines. Verify that the suspension feels firm without excessive bounce, and watch for any unusual noises from the rear leaf‑spring or coil‑spring assemblies, as these areas are subject to load‑related fatigue in a work‑oriented vehicle.