2010 Mitsubishi L200 Double CAB 2.5L Diesel · FP10 YPK

The maintenance trend for this 2010 Mitsubishi L200 Double Cab remains entirely stable, presenting a clean bill of health across its recent history. The most recent test on 7 February 2026 at 149,621 miles passed with zero defects recorded. Curiously, the record also shows a failed test on the exact same date and mileage with no defects listed, which likely indicates an administrative anomaly or an aborted initial inspection rather than a mechanical failure. Regardless, the vehicle currently holds a valid MOT certificate with no outstanding advisories or failures, indicating sound mechanical condition at the time of testing. The mileage accumulation aligns closely with typical usage for a vehicle of this age, averaging roughly 9,351 miles annually. Between the June 2021 test at 119,500 miles and the June 2022 test at 135,582 miles, the truck covered 16,082 miles, suggesting a period of heavier use. However, the subsequent annual intervals show a significant drop in usage, with only 11,631 miles added between June 2022 and June 2023, and a mere 2,408 miles recorded between the June 2023 test and the February 2026 test. This sharp decline in recent mileage accumulation implies the vehicle has spent extended periods stationary, which demands attention to fluid degradation and component seizure. Given the absence of recurring mechanical faults in the MOT record, there are no specific worsening trends to flag. However, the recent low mileage and prolonged stationary periods raise concerns typical of underutilized commercial vehicles. A buyer should physically inspect the underside for structural corrosion, particularly around the chassis rails and suspension mounting points, as standing vehicles often suffer from surface rust that can compromise structural integrity if left untreated. Brake calipers and discs must be checked for binding or excessive pitting, as infrequent use frequently leads to rust jacking on brake discs and seized caliper slide pins. Suspension bushes and coil springs should be examined for deterioration, as perished rubber and corrosion can cause premature failure even without high mileage. Tyres must be scrutinised for sidewall cracking and date codes, as rubber degrades with age rather than use. Finally, engine oil and coolant condition should be verified, as infrequent operation can cause moisture buildup and acidification, accelerating internal engine wear.