2010 Mitsubishi L200 2.5L Diesel · SV10 FWE

This Mitsubishi L200 presents a mixed but ultimately concerning roadworthiness profile. The most recent test on 18 July 2025 at 106,045 miles resulted in a pass, yet the margin was razor-thin. The tester flagged binding service brakes on both front wheels, a parking brake that only just met minimum efficiency, and widespread corrosion across the complete chassis, front sub-frame, rear axle, sills, side steps, and all suspension components. While the tester concluded structural rigidity was not significantly reduced at that exact moment, the sheer volume of corrosion advisories across the underbody signals a truck that has been heavily exposed to moisture, salt, or prolonged standing without adequate underseal maintenance. The trend is not improving. Comparing the 12 July 2025 failure just six days earlier at 106,041 miles, the vehicle had near-identical corrosion advisories plus significantly reduced rigidity on both rear outer chassis legs, suggesting the tester on the pass date may have applied a more lenient interpretation rather than genuine repair. The mileage pattern tells a story of very light recent use. Between the October 2022 pass at 99,365 miles and the November 2023 failure at 104,580 miles, the truck covered roughly 5,215 miles in thirteen months. From November 2023 to July 2025, a span of nearly two years, the odometer moved just 1,465 miles. This extremely low annualised rate of around 700 miles in the most recent period raises questions about prolonged sitting, which accelerates seal degradation, brake surface corrosion, and fluid contamination. The 2022 test already showed slight power steering seepage, gearbox oil leaks, and noisy rear wheel bearings, all of which worsen with infrequent use. The 2023 failure added split CV boots, corroded brake lines, worn brake pads and discs, and tyres below the legal limit, indicating basic consumable upkeep was neglected during that low-mileage window. A buyer must approach this vehicle with a thorough underbody inspection as the absolute priority. The recurring corrosion across chassis legs, sub-frame, sills, side steps, and suspension components demands a close physical examination with a screwdriver or penetrative testing to distinguish surface rust from structural wastage. Pay particular attention to the rear outer chassis legs where the 2023 failure specifically cited significantly reduced rigidity, and to the front sub-frame mounting points. The binding front brakes, flagged in both 2022 and 2025, suggest sticking caliper pistons, collapsed flexible hoses, or seized handbrake linkages that have persisted across multiple tests without proper rectification. The corroded brake pipes noted in 2023 remain a serious safety concern if not replaced. Beyond the structure, verify the condition of both rear leaf springs, the rear wheel bearings flagged as noisy in 2022, and the CV joint boots that were split in 2023. Check for fresh oil leaks from the engine and gearbox, and inspect the fuel tank for corrosion given the 2023 advisory. The exhaust system also warrants attention given the corroded clamp and detached mounting noted previously. This is a truck that has passed its MOTs on technical compliance rather than mechanical soundness, and the corrosion trajectory suggests future failures are likely without significant investment in structural repair and rust prevention.