2010 Mitsubishi L200 2.5L Diesel · WR10 OOY

Structural corrosion and recurring chassis degradation define the long-term mechanical profile of this 2010 Mitsubishi L200, which secured a pass on 2026-03-17 following an initial failure just days prior due to dangerous tyre tread depths. A review of past test histories reveals a pattern of structural chassis corrosion, deteriorating brake lines, and suspension wear that recur annually. While the truck successfully clears its tests, the consistent accumulation of advisories regarding cab and chassis corrosion alongside brake pipe degradation points to an ongoing need for vigilant monitoring of the underbody and braking infrastructure. With 124,385 miles recorded over its roughly sixteen-year lifespan, the vehicle has averaged about 7,774 miles annually, representing a typical usage profile for a utility-oriented four-wheel-drive pick-up of this age. This mileage accumulation distributes wear fairly evenly across mechanical assemblies rather than pointing toward periods of prolonged storage or extreme commercial exploitation. However, utility vehicles carrying this mileage frequently exhibit cumulative fatigue across heavy-duty running gear, making a thorough physical inspection of the chassis imperative before purchase. A prospective buyer must prioritize a rigorous underbody inspection, specifically targeting the front and rear cab mountings and chassis sections noted as corroded in the latest MOT, as well as the recurring corrosion flagged on the front coil springs and brake pipes. During a static and dynamic test drive, check for a spongy or excessive brake pedal travel, which has appeared in multiple test cycles alongside greasy or corroded hydraulic lines. Listen closely for knocking noises or wallowing over uneven road surfaces, paying attention to the front shock absorbers which have previously exhibited reduced damping effects and fluid leaks. Furthermore, inspect the front suspension components, including the upper suspension arm ball joints and drive shaft gaiters, given the history of joint wear and split constant velocity boots on the nearside front. Verify that all tyres match the legal tread requirements, noting the recent dangerous failures for inadequate tread depth, and check that the offside front headlamp aim and lens condition are fully operational. Ensuring these specific wear points are structurally sound will provide a clearer picture of the truck's immediate remedial requirements.