2012 Land Rover Range Rover Sport 3.0L Diesel · BN02 ADE

The vehicle remains roadworthy, but the maintenance history indicates a trend of developing mechanical and structural wear. While it passed the most recent test in January 2026 at 90,957 miles, the tester identified new issues including a worn nearside front lower suspension bush and a failing nearside tyre. This follows a pattern of recurring advisories and minor failures across previous years, suggesting that while the vehicle is operational, it is entering a phase where components require more proactive attention. At 14 years old, the recorded 90,957 miles represent a low annual average of approximately 6,500 miles, which is consistent with a light-use vehicle profile. The mileage accumulation shows steady intervals between tests, with 3,927 miles driven between December 2024 and January 2026, and roughly 3,600 miles in the year prior to that. However, low mileage does not prevent age-related degradation, as evidenced by the persistent presence of corrosion and deteriorating rubber-based components despite the limited distance travelled. A buyer must prioritize a thorough inspection of the chassis and braking system due to repeated flags for underside corrosion. The records from 2022 and 2023 specifically noted corroded rear brake pipes and front suspension pipes, which pose a risk of fluid leaks if not adequately treated. Furthermore, the offside rear brake binding noted in late 2024 suggests the caliper may be sticking, a condition that leads to uneven pad wear and increased heat. The suspension geometry also requires close scrutiny. The 2026 test highlighted a worn nearside front bush, a common issue on this model that can affect handling and alignment. The recurring history of tyres being worn to the legal limit across multiple tests indicates that basic maintenance intervals have been neglected until the point of inspection. The dashboard warning light reported in 2022 should also be investigated to ensure no latent electrical faults remain in the diagnostic system.