2016 Mitsubishi L200 2.4L Diesel · WN66 WHW

The 2025-07-24 MOT test was passed, with the only major defect being rectified from the previous day's failed attempt relating to both front windscreen wipers not clearing the windscreen effectively. While the vehicle achieved a pass on the second attempt, the overall maintenance trend is showing clear signs of age-related deterioration. Across the most recent three tests, recurring advisories regarding brake pipe corrosion covered in grease or other material have been consistently flagged, indicating that the braking hydraulic system is suffering from surface oxidation which, although currently not at failure threshold, will inevitably progress. Additionally, advisories concerning near-side and off-side front tyres worn close to the legal limit and worn on the inner or outer edges appeared immediately prior to the pass, signalling potential front suspension geometry misalignment or worn componentry. The pattern of escalating advisories from 2020 through 2025 suggests a vehicle that is requiring increasingly attentive maintenance rather than one in stable mechanical condition. With a recorded mileage of 81,959 miles over a ten-year service life, this Mitsubishi L200 has covered approximately 8,196 miles per year, which is broadly typical for its age and class. While the average figure appears reasonable, it is important to note the gaps visible within the MOT history. There is no recorded test between November 2023 and July 2025, suggesting either a period off the road, a change of ownership requiring no fresh test, or a lapse in mandatory annual testing. Any such gap warrants careful enquiry regarding the vehicle's usage during that interval and whether essential servicing intervals were honoured. Commercial and utility vehicles such as the L200 are frequently subjected to load-bearing duties and towing, which can accelerate wear on drivetrain, clutch, and suspension components beyond what the recorded mileage alone might suggest. A prospective buyer should pay particular attention to the recurring brake pipe corrosion advisories, as this defect typically progresses from superficial surface oxidation to structural weakening of the metal. During a physical inspection, examine the brake lines running along the chassis, beneath the load bed, and around the wheel arches for any signs of deep pitting, flaking, or weeping of brake fluid. On a test drive, listen for any spongy or excessively long brake pedal travel, and observe whether the vehicle pulls to one side under braking, which could indicate a seized caliper or a fluid restriction caused by internal pipe corrosion. Furthermore, the front tyre edge wear advisories from July 2025 indicate that suspension components such as wishbone bushes, track rod ends, and ball joints may be nearing the end of their service life. Test for uneven or feathered tread wear across the front axle, listen for clonking or knocking noises from the front suspension when traversing speed bumps or rough surfaces, and check for excess play in the steering. Given that the vehicle is now a decade old, attention should also be directed towards age-related deterioration not always captured by the MOT computer. Inspect the sidewalls of all tyres, including the rear, for cracking and perishing caused by UV exposure, as older tyres can fail despite having legal tread depth. Examine the exhaust system, particularly the mountings and underbody heat shields, for corrosion typical of utility vehicles that may have seen off-road or agricultural use. Check the condition and state of charge of the 12-volt battery, as standing periods or short journeys common to a pick-up can dramatically shorten its life. Verify that brake fluid, coolant, and gearbox or transfer box oils have been changed in line with calendar intervals rather than purely mileage, as time-based fluid degradation can compromise braking performance, cooling efficiency, and gear selection in the four-wheel-drive system. Finally, confirm the integrity of the timing belt or chain service history, the condition of the propshaft universal joints, and any evidence of rear leaf spring sagging or cracked leaves, which are common wear points on the L200 platform.