2015 Mitsubishi L200 2.4L Diesel · OV65 ADX

The vehicle remains roadworthy, but the maintenance history shows a shift toward reactive repairs rather than proactive upkeep. While the most recent test in June 2026 at 124,405 miles passed with minor advisories regarding shock absorbers, this followed a period of significant failures. In 2024, the vehicle failed on multiple fronts including lighting, steering track rod end dust covers, and suspension-related components. The current trend suggests that the owner only addresses mechanical faults once they result in an MOT failure. The mileage pattern is consistent with a typical-use vehicle of this age, averaging approximately 11,300 miles per year. The record shows a steady climb from 53,832 miles in 2018 to 124,405 miles in 2026. There is a notable increase in usage between November 2020 and July 2024, where the vehicle covered over 30,000 miles. This consistent mileage accumulation has placed expected wear on the suspension and braking systems as seen in the later inspection results. A buyer should closely inspect the rear suspension assembly during a physical evaluation. The history highlights recurring issues with the leaf spring shackle pins and shock absorber bushes, which were flagged in 2024 and persisted into 2026. The external damage to the shock absorber casings indicates potential impact or heavy load stress that could lead to premature seal failure. Furthermore, the front track rod ends should be checked for play, as the dust covers were previously noted as excessively deteriorated in 2024. Braking and lighting also require attention due to a documented history of thin front brake pads and inoperative registration lamps. Since 2019, the vehicle has frequently presented tyres worn to the legal limit, suggesting that basic consumable maintenance is often deferred. Given the age and mileage of this Mitsubishi, a thorough check of the chassis for structural corrosion is essential to ensure that the repeated suspension wear has not compromised the structural integrity of the frame.