2015 Land Rover Defender 2.2L Diesel · LR15 RAD

A clean, uninterrupted run of MOT pass certificates with zero advisories or defects recorded across every test since 2022 gives this Defender an exceptionally tidy roadworthiness profile. The most recent test on 22 May 2025 returned a pass with no defects, matching the four prior outcomes on 9 May 2024, 17 May 2023, and 19 April 2022. A single failed test on the same April 2022 date is recorded but with no defect entries associated, which typically denotes a vehicle presented in a non-testable condition or withdrawn before results were captured rather than a mechanical failure. The absence of any advisories for chassis components, underbody corrosion, brake lines, suspension linkages, or exhaust issues is particularly significant for a Defender, a model frequently flagged for structural corrosion on bulkheads, outriggers, and chassis rails, and for wear on steering relays, radius arms, and anti-roll bar bushes. At 12,120 miles over an 11-year span, this Defender averages roughly 1,100 miles per year, placing it firmly in light-use territory. There are no conspicuous mileage gaps in the recorded history to suggest prolonged off-road storage, but the very low annual accumulation means the vehicle has likely spent extended periods stationary between journeys. Mechanically, this translates to greater concern for items that degrade through inactivity rather than wear: brake discs and pads can develop surface corrosion and bind within calipers, rubber components such as suspension bushes, drive couplings, propshaft donuts, and door/weather seals can perish or crack, and underbody surfaces may exhibit oxidation even where structural integrity remains sound. Fluids, including brake fluid, coolant, and gearbox and transfer box oil, will benefit from condition checks as age-related degradation rather than mileage dictates replacement. Given the complete absence of recorded advisories, the inspection focus should fall on the typical Defender-specific weak points that MOT testers commonly monitor. Listen for clonks or knocks from the front suspension over uneven surfaces, particularly from the steering relay joint, track rod ends, and radius arm bushes, all of which can deteriorate from age and standing exposure. On a test drive, evaluate steering for any wandering, vagueness, or shimmy, and check for uneven tyre wear which on a Defender often points to suspension geometry or swivel pin issues rather than simple tracking. Apply the brakes firmly from speed and note any judder or pull, which may indicate corroded or warped discs, and listen for any binding or scraping as the vehicle rolls to a stop. Inspect the underside closely for any surface oxidation, paying particular attention to the chassis rails, cross members, and the seam where the rear chassis meets the body tub, as these are the areas most likely to show the early stages of the corrosion that frequently appears on Defenders even when not yet flagged at test. Finally, confirm the operational state of items that deteriorate through age rather than use, such as the condition of all underbody rubber boots, the propshaft centre bearing and universal joints, and the integrity of door, window, and tailgate seals, which on a low-mileage Defender of this age can show perishing or leaks. Check that the cooling system is fully topped up and that the heater works effectively, as slow or infrequent use can mask coolant circulation issues. Verify the condition of the brake fluid, as standing time allows moisture absorption regardless of mileage, and ask for evidence of recent changes to engine, gearbox, and transfer box oils, since these have almost certainly exceeded calendar-based service intervals. A clear, fully stamped service history from a Defender specialist would significantly strengthen confidence in the long-term mechanical integrity of what is otherwise an unusually low-mileage example of an inherently hard-working vehicle.