2005 Land Rover Discovery 2.7L Diesel · BK02 ASH

The vehicle presents a stable maintenance profile with a consistent pass history across the last five years of recorded testing. The most recent MOT on 2 September 2025 at 256,912 miles returned no defects, indicating that the vehicle has met the minimum legal standards for roadworthiness without any flagged advisories or failures in recent years. This continuity suggests a consistent approach to basic compliance and a lack of immediate structural or mechanical failures appearing in the official record. The mileage accumulation is significant, reflecting a high-use profile for a 21-year-old vehicle. Averaging approximately 12,234 miles per year, the vehicle has covered 256,912 miles in total. The data shows a steady increase in mileage, with the distance between tests remaining relatively consistent, such as the 13,000-mile increase between the August 2024 and September 2025 tests. This high mileage suggests the vehicle has seen regular, heavy usage rather than long periods of standing, which typically results in more consistent wear across the drivetrain and chassis. Given the high mileage and the age of this Land Rover Discovery, a physical inspection should focus heavily on components prone to fatigue under heavy use. While the MOT record is clean, the tester cannot assess the condition of the chassis for structural corrosion, nor can they evaluate the integrity of the air suspension system or the condition of the bushings and ball joints. The high mileage increases the likelihood of worn shock absorbers, leaking dampers, or degraded rubber components in the suspension assembly. A buyer should also prioritise a thorough check of the underside for significant rust and inspect the brake discs and calipers for uneven wear or binding. While the MOT history shows no issues with emissions or braking performance, the high mileage makes the condition of the differential, gearbox, and transfer box critical. Checking for any signs of fluid leaks or mechanical noise during a test drive is essential to supplement the clean, but limited, MOT data.