2009 Mitsubishi L200 Double CAB 2.5L Diesel · WV09 XJD

Structural corrosion and lighting system faults dominate the mechanical history of this 2009 Mitsubishi L200, which secured a pass on 2025-05-28 following an initial failure just days prior for non-functioning position and registration lamps. Reviewing the historical data reveals a recurring pattern of structural and suspension mounting corrosion advisories alongside persistent electrical and lighting defects, demonstrating that while the vehicle successfully clears its annual tests, it continuously accumulates recurrent remedial items rather than maintaining a clean structural and electrical bill of health. Accumulating 170,098 miles over its seventeen-year lifespan translates to an average of roughly 10,006 miles per year, establishing a usage rate typical for a utility pickup truck of this vintage. This consistent mileage accumulation indicates that the drivetrain and heavy-duty chassis components have experienced steady, working-life operation rather than prolonged periods of inactivity, meaning high-wear items throughout the mechanical assemblies have undergone continuous service without major gaps in the operational timeline. Prospective buyers must prioritise a thorough physical inspection of the chassis and suspension mounting points, paying close attention to the recurring advisories noting corrosion on the vehicle structure within 30cm of the towbar mounting and around the rear suspension spring areas. During a static inspection, use a corrosion scraper to probe the chassis rails and rear spring hangers to verify that the metal remains structurally sound. On the test drive, listen closely for any metallic clunks, knocks, or groaning noises originating from the rear leaf springs and front upper suspension arms over potholes or speed humps, which would indicate excessive wear in the bushes or compromised mounting points. Brake line integrity and auxiliary electrical functions also require careful scrutiny given the history of grease-covered or corroded brake pipes noted in prior tests, alongside frequent minor lamp failures and trailer socket insecurity. When test driving the vehicle, apply firm pressure to the brake pedal to check for any sponginess or uneven braking pull that could signify compromised hydraulic lines or binding calipers. Furthermore, verify that all external lighting, including registration plate lamps, high-level stop lamps, and fog lights, operate correctly, and inspect the condition of the front tyres for any cuts or uneven tread wear patterns.