2020 Land Rover Discovery SE SD6 Auto 3.0L Diesel · AF20 MJJ

High annual mileage combined with a recurring pattern of consumable wear and tyre-related failures defines the mechanical profile of this vehicle. The most recent test on 19 June 2026 shows a pass, but it follows a failure on that same date due to a near-side front tyre with a cut reaching the cords. There is a visible trend of deteriorating tyre condition and brake component wear appearing in the records from 2024 through to 2026, suggesting that components are being used close to their legal limits before replacement. The vehicle has covered 105,694 miles in approximately six years, averaging roughly 17,616 miles per year. This represents a high rate of usage for a vehicle of this age, which typically correlates with increased mechanical stress on heavy-duty components. Such high-frequency usage often leads to accelerated wear on suspension bushings, steering linkages, and braking systems, as well as more frequent requirements for tyre replacements due to the cumulative impact of road surfaces and mileage. Prospective buyers should pay close attention to the braking system, as multiple tests have flagged worn pads and pitted or scored discs. During a test drive, listen for any grinding noises when applying the brakes and feel for any pedal judder or vibrations through the footwell, which could indicate uneven disc wear or warped rotors. The recurring advisories regarding brake disc corrosion and thinning pads suggest that the braking hardware is frequently operated near the end of its service life. Tyre integrity and underbody accessibility are also notable concerns based on the recent history. The presence of an advisory regarding undertrays obscuring components may make it difficult to visually inspect the chassis and suspension for leaks or structural issues. Given the recent failures for tyre cuts and edge wear, inspect the current tread depth and sidewall condition across all four tyres, looking specifically for bulges or uneven wear patterns that could indicate alignment issues or suspension geometry faults.