2009 Mitsubishi L200 2.5L Diesel · WN09 WDS

The most recent DVSA test on 19 October 2024 resulted in a pass, with only two minor defects recorded: an offside registration plate lamp inoperative under the multiple lamps source category, and both headlamp lenses slightly defective. Looking at the broader pattern across the available MOT history, the maintenance trend appears broadly stable but with intermittent concerns. The vehicle passed its 2019 test without any recorded defects, but the 2020 test introduced advisories regarding offside front tyre wear, while 2021 and 2022 produced a persistent advisory concerning slight external damage to the rear shock absorber casings and, from 2022 onwards, play in the prop shaft bearings. The most concerning entry remains the October 2023 failure, which flagged a split nearside front inner CV joint boot, excessively worn upper suspension arm ball joints on both front sides, and a front brake imbalance. The fact that the vehicle subsequently passed a retest on the same date suggests remedial work was carried out, but the nature of those defects warrants close scrutiny as they affect steering, braking, and drivetrain integrity. The recorded mileage of 133,210 miles across approximately seventeen years equates to an annual average of around 7,836 miles, which is broadly typical for a vehicle of this age and consistent with moderate mixed use. The mileage progression between tests indicates reasonably steady accumulation rather than extended periods of standing or unusual bursts of high-mileage running, which is mechanically favourable. However, for a diesel-powered L200 of this vintage and duty cycle, items such as clutch wear, dual-mass flywheel condition, timing belt service intervals, turbocharger health, and injector balance should still be considered, as the recorded odometer may not fully reflect heavy towing or load-carrying work. Verification of service history stamps and any timing belt replacement documentation would be particularly valuable. Several recurring advisories and historical defects deserve focused physical inspection. The persistent advisory regarding the rear shock absorbers showing slight external damage to the casings should prompt an examination for fluid seepage, corrosion around the damper bodies, and any deterioration in ride quality. On a test drive, listen for clonking or knocking from the rear over uneven surfaces, which may indicate worn shock absorbers or mounting bushes. The prop shaft bearing play noted in 2022 and 2023 should be rechecked, as progressive wear in this area can manifest as a droning or rumbling noise that changes with throttle load, particularly in four-wheel-drive models. Given the 2023 failure involving the nearside front inner CV boot and front upper suspension arm ball joints, it is essential to inspect the CV gaiters for any fresh splits or grease loss, and to check for excessive play in the front suspension by rocking the wheels and listening for knocking on uneven road surfaces. The 2021 brake imbalance across the front axle should also be reviewed, ideally with confirmation of recent brake disc and pad condition, as uneven wear or a seized caliper could resurface. In addition to the items raised by the MOT history, a buyer should perform a thorough age and mileage related inspection. Tyres should be checked for perishing or cracking of the sidewalls, as rubber degrades with age regardless of tread depth, and a 2009 vehicle may well be on ageing tyres. The 12 volt battery should be load tested, as batteries typically fail between five and seven years and a replacement may be imminent. Brake discs, particularly on a vehicle that may have stood between uses, should be examined for corrosion or pitting on the friction surfaces, and the calipers should be checked for binding by ensuring the vehicle rolls freely when released. Fluid condition should not be overlooked: brake fluid is hygroscopic and ideally renewed every two to three years, while coolant and transmission fluid degrade over time. Given the L200's working vehicle background, the underbody, chassis rails, and suspension components should be examined for corrosion, the exhaust system for blowing joints or corrosion damage, and all four-wheel-drive system components including the transfer box, propshafts, and differentials for leaks or unusual noises on a test drive.