2019 Mitsubishi L200 2.4L Diesel · DY19 VRZ

The vehicle presents a sound roadworthiness status following its most recent MOT on 2025-10-06 at 93,316 miles, where it passed with zero defects. This clean bill of health indicates a resolving maintenance trend. The preceding test on the same day recorded a failure for a Nearside Front brake pad below 1.5 mm and a worn, pitted front brake disc, suggesting these components were promptly rectified before the pass. Prior to this, the 2024-10-10 test at 77,568 miles flagged worn front brake discs on both sides and thin front brake pads, yet the 2023-10-24 test at 54,692 miles was entirely clean. The recurrence of front brake disc wear and thin pads between 2024 and late 2025 points to a pattern of aggressive driving or heavy use, but the subsequent clean pass confirms the braking system is now in satisfactory order. Mileage accumulation tells a story of sustained high utilisation. Between the 2023-03-09 test at 54,677 miles and the 2024-10-10 test at 77,568 miles, the vehicle covered 22,891 miles in roughly 19 months, averaging over 1,200 miles per month. This rate remained consistent through to the 2025-10-06 test at 93,316 miles, adding 15,748 miles in 12 months. Such elevated annual mileage, roughly 13,331 miles per year over its seven-year life, places above-average stress on consumables and mechanical components. The MOT record itself is sparse, with only five tests documented since 2023, leaving gaps in the service history that a buyer must account for. Prospective buyers should conduct a thorough in-person inspection focusing on the front braking system and suspension components. The repeated advisories on worn, pitted front brake discs and thin pads indicate the vehicle has endured significant thermal and frictional stress. Examine the disc surfaces for scoring depth and the pad wear indicators closely. High-mileage vehicles of this type frequently exhibit accelerated wear on suspension bushes, coil springs, and shock absorbers, so a physical check for play, leaks, and corrosion is essential. Inspect the chassis and subframes for structural rust, particularly around mounting points and inner arches, as commercial use in varied conditions can compromise structural integrity over time.