2015 Land Rover Discovery 3.0L Diesel · MX65 FZR

The vehicle is currently roadworthy having passed its most recent inspection on 3 November 2025 with 68,347 miles. The maintenance trend shows signs of improvement following a period of reactive repairs. While the November 2024 test indicated a failure due to mechanical and electrical defects, the subsequent clean pass with no recorded defects suggests that the identified issues, specifically the prop shaft flexible coupling and rear braking components, were addressed immediately. The recorded mileage of 68,347 miles over eleven years represents an average annual usage of approximately 6,200 miles. This low mileage is consistent with light-use patterns for a Discovery of this age. The data shows a consistent usage pattern, with roughly 7,000 miles driven between the November 2024 and November 2025 tests. This steady progression suggests the vehicle has not been sitting excessively, though it also means that rubber components and seals may be subject to age-related degradation rather than mechanical wear. A buyer should conduct a close inspection of the braking system and suspension, as the history reveals a recurring pattern of neglect. Between 2022 and 2024, the tester consistently flagged thin front brake pads and worn offside rear discs. This suggests the previous owner deferred brake maintenance until components reached critical wear points. Furthermore, the 2022 report noted worn bushes on both front suspension arms. While these did not cause failures, the inspector should check for play or clunking in the front end during a test drive. The failure of the central rear prop shaft flexible coupling in November 2024 is a significant data point. Although this was rectified to achieve a passing grade, the buyer must verify there are no residual vibrations under acceleration, indicating the replacement was executed correctly. Given the repeated history of tyres worn on the edges in 2022 and 2023, a professional alignment check is also advised to ensure that suspension geometry is not causing premature tyre wear.