2004 Land Rover Discovery 2.5L Diesel · W10 OAH

A remarkably unblemished MOT history defines this 2004 Land Rover Discovery, which secured a clean pass on the 8th of April 2026 with zero defects recorded. This fault-free result extends a spotless testing streak covering the preceding two annual inspections in April 2025 and April 2024, presenting a thoroughly stable trajectory of structural and mechanical roadworthiness over the evaluated period. Such a sequence of uncheckered test outcomes is unusual for a heavy four-wheel-drive utility vehicle of this vintage, though buyers must verify that the lack of recorded advisories reflects genuine component health rather than lenient testing standards during past examinations. With 113,063 miles accumulated over roughly twenty-two years, this Discovery averages approximately 5,139 miles annually, representing a low-mileage profile for its vehicle class. This modest accumulation rate suggests lighter recreational use or extended periods of inactivity rather than heavy daily fleet or towing duties. Mechanically, lower mileage can spare high-stress drivetrain components and heavy-duty chassis assemblies from rapid wear, but it also increases the risk of age-related degradation in rubber bushings, flexible hoses, and seals that suffer from lack of regular thermal cycling. Because this vehicle relies on a heavy chassis and complex four-wheel-drive architecture, a rigorous physical inspection during a test drive is essential regardless of the recent clean MOT certificates. Pay close attention to the permanent four-wheel-drive system, transfer box operation, and differential units by listening for whining, grinding, or excessive transmission backlash during acceleration and deceleration. Check for any unusual clunks or vagueness in the steering and suspension when navigating uneven road surfaces, which would indicate worn anti-roll bar links, panhard rod bushes, or steering drop arms that escape visual scrutiny during standard MOT testing. Finally, inspect the heavy steel chassis and subframe members thoroughly for structural corrosion, paying particular attention to the rear crossmember and inner wheel arches where mud and moisture accumulate. Verify the operation of all heavy-duty braking components, ensuring the brake pedal feels firm and does not pull to one side, which would suggest binding calipers or deteriorated flexible brake lines. A close examination of the engine bay and underside for active fluid leaks from the power steering, engine, and transmission will round off a diligent pre-purchase assessment.