2013 Land Rover Discovery 3.0L Diesel · FH62 AAX

The latest MOT test for the 2013 Land Rover Discovery shows a passing result on 2026-03-16, with no defects recorded, indicating a stable maintenance trend overall. However, the history reveals a notable failure on 2025-03-12 involving the offside front outer drive shaft joint, which was deemed insecure and no longer effectively prevents dirt ingress. This suggests potential issues with suspension alignment or structural integrity that could manifest over time. The vehicle has accumulated a substantial 115,768 miles, which aligns with the expected wear for its age—approximately 8,905 miles per year—reflecting typical usage patterns for a 13-year-old model. While this mileage is within reasonable limits, it underscores the importance of monitoring wear on critical systems such as brakes, suspension, and drivetrain components. Considering the mileage context, the buyer should be particularly vigilant about the condition of the braking system, especially given the recent joint failure. The discovery’s 12V battery should be inspected for corrosion or degradation, as battery health diminishes with age and frequent use. Additionally, the braking calipers and discs must be examined for signs of corrosion or binding, which could affect stopping performance. The tyre sidewalls should be checked for cracking or perishing, as this is common at this age and mileage. It’s also advisable to verify that all fluid levels—brake, coolant, and power steering—are within manufacturer specifications, as fluid degradation can compromise safety and efficiency. For buyers with similar usage profiles, the inspection should focus on structural elements like the suspension bushes and coil springs, which are prone to wear over time. The advisory regarding brake pipe corrosion warrants attention to ensure the rear hose remains free of grease buildup. Given the clean MOT history, the vehicle is generally fit for road use, but proactive checks are essential to address any emerging issues before long-term ownership. Regular servicing based on mileage and usage patterns will help maintain reliability and extend the lifespan of key mechanical systems.