2008 Land Rover Defender 2.4L Diesel · AM05 DUG

A remarkably clean MOT history defines this Defender, with the most recent test on 6 February 2026 returning a pass and no advisories recorded, continuing a pattern of straightforward roadworthiness outcomes. Across the documented DVSA history there are only two failures on record, both in 2023 and 2024, and notably neither carries any defect or advisory text against the entry. Failures with no listed reasons usually indicate the vehicle was either presented before all repairs were completed or withdrawn early before the tester could fully record the findings, rather than pointing to a chronic mechanical fault. The absence of any advisories across every recorded test is unusual for a Defender of this vintage, where corrosion and wear items are typically flagged, and suggests the vehicle has either been very well prepared for each test or that any borderline items were rectified before being noted. Overall the trajectory is stable and reassuring from a roadworthiness standpoint. Recorded mileage of 128,684 miles spread across eighteen years equates to an annual average of roughly 7,149 miles, which sits firmly in the typical band for a working or leisure Defender of this generation. There is a notable gap in the MOT record between the 2023 tests and the 2024 tests, and a further absence of records prior to 2023, which combined with the relatively modest annual mileage suggests periods of limited use rather than continuous heavy work. Mechanically, this level of use on a Land Rover Defender places reasonable wear on the suspension linkages, bushes, steering joints, propshaft universals and the galvanised steel chassis, but at under 7,500 miles per year the drivetrain and major mechanical assemblies are unlikely to have accumulated extreme wear. The mileage consistency should be verified against the dashboard odometer and any service records, but the recorded figure is plausible and not suggestive of clocked or anomalous readings. For a prospective buyer, the absence of specific advisories means the inspection must rely on hands-on assessment rather than chasing flagged defects. On a test drive, pay close attention to the front and rear suspension for knocking or clonking over uneven surfaces, which on a Defender typically points to worn radius arms, cracked bushes, or failing Panhard rod bushes. Listen for any shunt or shudder through the propshaft on takeoff and deceleration, indicating worn universal joints or a tired centre bearing, and feel for vague wandering or wander in the steering that suggests worn steering ball joints or a loose drag link. Check the clutch for slipping under load and any judder on engagement, as the dual-mass flywheel and clutch components are known wear items on TDCi and 300Tdi derivatives. Inspect the underside carefully for any corrosion, particularly around the chassis rails, outriggers and axle mounting points, even though none has yet been flagged, as Defender chassis condition can deteriorate between tests. Given the limited defect history, the priorities during a physical inspection should focus on areas that commonly age out of sight on a Defender. Examine all brake discs for lipping and corrosion ridges at the inner and outer edges, and verify the brake pipes and flexible hoses for any surface rust or perishing, particularly along the chassis-mounted runs. Check for any oil seepage from the engine, transfer box and swivel housings, as these are typical Defenders points and may not yet have reached advisory threshold. Confirm the operation of the four-wheel-drive system and any centre differential lock on a low-traction surface, and listen for excessive transmission noise in neutral that could indicate worn main bearings. Finally, verify the condition of the exhaust system, as a Defender at this age will commonly show corrosion at the silencer and rear box joints, and ensure the chassis plating, footwells and seatbox mounts are solid, as these structural elements are central to the long-term integrity of any Defender and are not always fully visible during an MOT test.