2015 Land Rover Defender 2.2L Diesel · LR15 ACE

This vehicle presents a clean and stable roadworthiness profile based on its MOT record. The most recent test on 27 May 2025 at 55,269 miles resulted in a pass with no defects recorded, and the preceding three annual tests also show clean passes with no advisories or failures. The single failure on 30 March 2023 at 45,074 miles is notable only for its immediate same-day pass, suggesting a minor or administrative issue was rectified swiftly. The overall maintenance trend is one of consistent, defect-free annual testing, which indicates the vehicle has been kept in a fundamentally sound mechanical condition throughout its recorded history. The mileage pattern is consistent with low annual usage. At roughly 5,024 miles per year, the vehicle has covered 55,269 miles over approximately eleven years. The recorded intervals show steady, linear accumulation: 40,222 miles in April 2022, 45,074 miles in March 2023, 50,047 miles in April 2024, and 55,269 miles in May 2025. This equates to roughly 5,000 miles per year between tests, with no significant gaps or sudden jumps in mileage that would suggest periods of extended inactivity or heavy commercial use. The low annual mileage is typical for a vehicle of this type used for leisure or occasional utility duties. Given the absence of any recorded defects or advisories, the MOT history offers no specific recurring mechanical or structural concerns to flag. However, a buyer should conduct a thorough in-person inspection focusing on areas common to the Land Rover Defender. Pay close attention to the chassis and bulkhead for signs of structural corrosion, as these are known weak points. Check the condition of suspension bushes, ball joints, and steering components for wear, and inspect brake discs and pads for even wear and binding. The vehicle's low mileage may mean it has been used for short journeys, so verify the engine reaches full operating temperature and check for any signs of exhaust system corrosion or oil leaks around the drivetrain.