2004 Land Rover Discovery 2.5L Diesel · FD54 RVN

Structural corrosion and recurring mechanical issues define the roadworthiness profile of this Land Rover Discovery, despite a clean result in its most recent test on 29 March 2025. The vehicle has a documented history of significant chassis concerns, specifically involving the nearside rear chassis leg which was flagged as a major failure in April 2024 due to corrosion reducing structural rigidity. While the 2025 test showed no defects, the preceding years reveal a persistent pattern of advisory items regarding vehicle structure corrosion near the towbar mountings and both rear offside and nearside sections. This history of structural degradation, alongside previous dangerous failures for seat security and wheel bearing issues, indicates a vehicle that has required significant attention to maintain compliance. The recorded mileage of 159,095 miles over a 22-year period equates to an average annual accumulation of approximately 7,232 miles. This represents a relatively low annual mileage for a vehicle of this age and type, suggesting it has not been subjected to heavy, high-frequency long-distance use. Mechanically, this usage pattern means that while drivetrain components may have lower cumulative wear than a high-mileage equivalent, the vehicle is more susceptible to the effects of age-related degradation, such as perished rubber components, seal drying, and the progressive oxidation of the chassis and subframes that is evident in the MOT history. Prospective buyers should focus heavily on the structural integrity of the chassis and the condition of the suspension system. Given the history of corrosion on the nearside rear chassis leg and the offside/nearside rear structures, a physical inspection of the underbody is essential to ensure the previous major failure has been adequately addressed and that the corrosion is not spreading. During a test drive, pay close attention to the suspension and steering; the record shows a history of nearside front lower suspension arm ball joint deterioration and anti-roll bar play. Listen for knocking or clunking sounds when traversing uneven surfaces or bumps, which could indicate worn bushes or ball joints. Further attention should be directed toward the braking system and potential fluid leaks. The vehicle has been advised for worn, pitted, or scored rear brake discs and has previously shown brake operation pressure close to minimum requirements. Test the brake pedal for any unusual sponginess, vibration, or judder under deceleration. Additionally, the MOT history notes recurring oil leaks, specifically a central front leak and a general leak described as not excessive. Inspect the engine bay and undercarriage for fresh oil misting or pooling, and listen for any abnormal whining or grinding noises that might suggest the previously failed wheel bearing issues have not been fully resolved or have recurred.