2021 Land Rover Discovery SPT Rdyn SE D Mhev A 2.0L Diesel · DC70 TNO

The vehicle is currently roadworthy, though the maintenance trend shows a shift toward reactive rather than proactive upkeep. The most recent test in March 2026 at 71,774 miles identified a loose rear heat shield around the back box and minor damage to a front tyre. While these are minor defects, the transition from a clean 2025 record to these advisories suggests that the vehicle is beginning to show signs of age-related wear as it reaches higher mileage brackets. At 71,774 miles over five years, this Discovery has averaged approximately 14,355 miles per annum. This exceeds the national average for a passenger vehicle and places significant stress on heavy-duty components. The mileage progression shows a consistent usage pattern, with roughly 10,300 miles covered between January 2024 and March 2025, and another 11,600 miles in the following year. This high mileage suggests frequent motorway use, which typically accelerates the wear of the drivetrain and suspension bushings. A buyer must scrutinise the braking system and suspension geometry based on the history of recurring faults. The 2024 test flagged thin rear brake pads and pitted, scored discs, alongside inner-edge tyre wear on both front wheels. This pattern often indicates a misaligned suspension or worn suspension components that are forcing the tyres into an incorrect angle. The 2026 advisory regarding a perishing tyre edge suggests the rubber compound may be degrading due to age despite the relatively high mileage. The physical inspection should focus on the structural integrity of the air suspension and the condition of the brake lines. Given the high mileage and previously noted brake issues, check for play in the control arms and bushings which could be contributing to the uneven tyre degradation. Ensure the rear heat shield is properly secured to prevent vibration or noise, and verify that the recent brake work has been addressed since the 2024 failure to ensure consistent stopping.