2004 Land Rover Defender 2.5L Diesel · LM04 AHZ

The 2004 LAND ROVER DEFENDER’s most recent MOT on 2025-10-30 at 103,790 miles passed with several critical advisories, including steering box free play, leaking front swivels, and corrosion on coil springs and shock absorbers. These issues align with a worsening maintenance trend, as recurring corrosion and component wear have persisted across multiple tests. While the vehicle passed, the severity of faults—particularly structural corrosion affecting suspension and braking systems—suggests ongoing neglect or environmental exposure. The 2025 test also highlighted unresolved problems from prior years, such as brake disc pitting and bush wear, indicating a pattern of deferred repairs. The vehicle’s mileage of 103,790 miles over 22 years averages 4,718 miles annually, which is notably low for its age. This suggests periods of inactivity or light use, potentially allowing corrosion to develop unchecked. MOT records show no significant mileage spikes or abrupt increases, implying consistent low usage. However, the absence of recent high-mileage intervals may mask wear on components like brakes or suspension, which typically accelerate with higher usage. The steady, low mileage pattern does not correlate with improved maintenance, as recurring faults remain unresolved. Key areas requiring inspection include the extent of structural corrosion on coil springs, shock absorbers, and body mounts, as these have appeared in nearly every MOT since 2018. The steering box free play and leaking swivels from the 2025 test warrant immediate attention, as they compromise handling and safety. Brake discs show persistent pitting and wear, particularly on the front, which could indicate improper maintenance or aggressive driving. The recurring fuel tank leak in 2022 and exhaust corrosion also point to potential fluid leaks or inadequate sealing, which should be verified during a physical inspection. A buyer should prioritize assessing the suspension system, as bush and spring corrosion has recurred across multiple tests, risking instability or failure. Brake components, especially discs and pads, require evaluation for thickness and wear patterns, as repeated issues suggest inadequate replacement or adjustment. The steering mechanism and swivel leaks must be checked for fluid integrity and play. Additionally, the body and undercarriage should be inspected for hidden rust, given the vehicle’s age and low-mileage environment, which can accelerate corrosion. Addressing these structural and mechanical concerns is critical to ensuring roadworthiness.