2005 Nissan X-Trail 2.2L Diesel · WD05 LMK

Persistent structural corrosion and recurring suspension component wear define the mechanical profile of this Nissan X-Trail. The vehicle's MOT history shows a consistent pattern of advisories regarding both front and rear sub-frame corrosion, which has been noted in every recorded test since at least 2021. While the most recent test on 15 December 2025 resulted in a pass, the record reveals a history of major failures, including a significant exhaust gas leak in late 2024 and excessively worn front lower suspension arm ball joints in late 2023. The presence of ongoing advisories for sub-frame corrosion and a recently noted binding rear service brake suggests that while the vehicle is meeting minimum legal standards, it is subject to progressive degradation of its chassis and running gear. The recorded mileage of 115,654 miles over approximately 21 years equates to an average annual accumulation of roughly 5,500 miles. This represents a relatively low annual usage pattern for a vehicle of this age. Mechanically, such low mileage can sometimes mean that components like suspension bushes and rubber seals are subject to more age-related perishing and environmental degradation than heavy mechanical wear. The MOT history confirms this trend, with frequent advisories for deteriorating bushes, cracking rubber components, and corroded mounting areas, which are common in vehicles that may spend significant time stationary or in environments where salt exposure is prevalent. Prospective buyers should pay close attention to the chassis integrity and suspension performance during a physical inspection. The recurring advisories for front and rear sub-frame corrosion require a thorough visual check for any signs of advanced scaling or structural thinning. On a test drive, listen for knocking or clunking noises when traversing uneven surfaces or speed bumps, which could indicate that the noted wear in the anti-roll bar linkages and suspension arm bushes is progressing. The recent advisory for a binding rear service brake warrants a check for uneven brake disc wear or a noticeable pull when braking, and the driver should feel for any pedal judder or hesitation during deceleration. Further attention should be directed toward the exhaust system and steering components. Although the major exhaust leak noted in 2024 was cleared for the 2025 pass, the history of leaks at the centre to rear box flange suggests the system may require monitoring for further degradation. Additionally, given the previous failure regarding a damaged track rod end dust cover and the history of worn ball joints, the steering should be tested for any looseness, wandering, or imprecise feedback. Any uneven tyre wear, such as the inner edge wear noted in previous years, should be investigated to ensure the wheel alignment and steering geometry remain within acceptable parameters.