2015 Mitsubishi L200 2.5L Diesel · WD64 CFL

Chronic corrosion across both the vehicle structure and integral body components is the dominant mechanical theme running through this Mitsubishi L200's MOT history, with advisories on structural rigidity appearing at every test from 2023 onwards and intensifying in their wording by the most recent pass in August 2026. The recorded pattern shows a vehicle that has consistently passed despite progressively worsening advisories, the most recent test on 18 August 2026 noting both vehicle structure and integral body corrosion alongside all four tyres showing damage, cracking or perishing. A rear fog lamp failure has recurred across multiple tests (2021, 2023 and 2024), and the 2024 test escalated from a pass to a fail with major defects on the offside rear brake pipe (excessively corroded), nearside rear brake pipe (corroded and grease-covered), and a serious fluid leak from the nearside rear shock absorber. The progression from light oil misting in January 2023 to a serious fluid leak by August 2024 indicates a shock absorber seal failure that was not addressed before the component failed outright, and the brake pipe advisories that were noted alongside it demonstrate that the chassis-level corrosion has now reached the hydraulic braking system. With 63,491 miles recorded over an 11-year lifespan, this L200 has averaged roughly 5,772 miles annually, which is below the typical usage rate for a working pickup. The testing pattern shows annual tests from 2021 through to 2026 with no extended off-road gaps, suggesting the vehicle has remained in regular use despite the modest mileage accumulation. A low annual figure on a commercial-orientated pickup can mean fewer brake disc and pad replacements have been needed, but it can also allow corrosion to progress unchecked on underbody components, which appears to be precisely what has occurred here, as evidenced by the recurring brake pipe and structural advisories. The consistency of testing without any mileage gap anomalies indicates the odometer progression is consistent with sustained operation rather than long periods of standing, but the underbody condition suggests environmental exposure has been significant. For a prospective buyer, the priority inspection points are the brake pipes running front to rear along the chassis, which should be physically examined for active corrosion, flaking, and any pin-holing that could lead to fluid loss, and the rear shock absorbers should be checked for fresh oil staining on the casings and listened for knocking over uneven surfaces to confirm the replacement of the failed nearside unit. The structural and body corrosion advisories warrant a close visual inspection of the load bed supports, chassis rails, and suspension mounting points for advanced perforation rather than merely surface rust, particularly around jacking points and where the body meets the frame. On a test drive, listen for clunks from the rear suspension over speed humps and uneven tarmac, test for brake pedal firmness and any pulling to one side under heavy braking, and verify that the rear fog lamp functions correctly as its repeated failure history suggests an underlying electrical or switch issue that may not have been fully resolved. Given the recurring tyre perishing advisory on all four tyres at the most recent test, a full set of replacements should be budgeted for regardless of apparent tread depth.