2012 Mitsubishi L200 2.5L Diesel · DS61 BWP

The vehicle remains roadworthy but the maintenance history indicates a clear trend of worsening mechanical and structural degradation as mileage increases. While the most recent test in January 2023 at 188,240 miles only flagged a deteriorating nearside front outer drive shaft joint CV boot, this follows a significant spike in advisories recorded in previous years. The transition from a clean record in 2020 to a multitude of faults by 2022 suggests the vehicle is entering a phase where heavy-duty components require frequent replacement. At 188,240 miles over 14 years, this L200 has averaged approximately 13,400 miles per annum. The data shows consistent high-mileage usage, with 13,665 miles covered between January 2021 and January 2022. This heavy workload places immense strain on the drivetrain and suspension, which is reflected in the progression of worn wheel bearings and shock absorbers. There is now a gap of three years since the last recorded MOT in January 2023, meaning the current state of these high-wear components remains unverified and requires a fresh inspection. Structural integrity is a primary concern for any prospective buyer. The tester noted integral corrosion in both 2021 and 2022, although structural rigidity was not yet compromised at those times. The 2022 report detailed extensive corrosion across all four brake pipes and front hoses, alongside worn leaf spring shackle pins. A physical inspection must focus on the chassis rails and suspension mounting points to ensure the recorded rust has not progressed into a significant structural failure. The suspension system requires close scrutiny as the history shows recurring issues with wheel bearings, worn bushes on shock absorbers, and deteriorated ball joint dust covers. Given the nearside CV boot failure noted in 2023, the buyer should check for grease leaks and play in the front drive assembly. It is essential to verify that the corroded brake lines identified in 2022 were actually replaced, as persistent corrosion on hydraulic lines represents a high risk of failure if left unattended.