2011 Land Rover Discovery 3.0L Diesel · YE61 AAO

The vehicle maintains a stable roadworthiness status, having passed its most recent MOT on 7 August 2025 at 274,803 miles. While the record shows initial failures on the day of testing in both 2024 and 2025, the lack of recorded defects suggests these were likely administrative or minor rectifications performed on-site rather than systemic mechanical failures. The absence of recurring advisories over the last three years indicates that the previous owner has addressed consumable items promptly, keeping the vehicle compliant despite its significant age and usage. With a total of 274,803 miles accumulated over fifteen years, the vehicle averages approximately 18,320 miles per annum. This consistent high-mileage profile suggests the Land Rover has spent the majority of its life operating on motorways rather than sitting idle, which is generally preferable for drivetrain longevity. The mileage has increased steadily, with 13,101 miles added between July 2023 and June 2024, followed by 8,071 miles in the subsequent fourteen-month period. This pattern confirms the vehicle remains in active service rather than experiencing the long periods of inactivity that often lead to seized calipers or perished rubber components. Prospective buyers should focus their physical inspection on the structural integrity of the chassis and the condition of the air suspension system, as these are common failure points for a Discovery of this vintage and mileage. Even though the MOT history is clean, surface corrosion on the underside should be assessed for progression into structural rot, particularly around the rear subframe mounts. Verify the operation of the electronic parking brake and check for any uneven wear on the tyres, which could indicate worn suspension bushes or tracking misalignment that the MOT test might not capture during a standard inspection. Given the high mileage, a thorough check of the transmission fluid condition and evidence of recent timing belt replacement is essential to ensure the powertrain remains reliable.