2012 Land Rover Discovery 3.0L Diesel · ST60 ROZ

The vehicle most recently passed its MOT on 5 November 2025, though it carries an advisory for slight play in the offside front lower suspension arm ball joint. Looking at the broader history, the maintenance trend indicates a vehicle that is generally kept roadworthy but is now entering a phase of age-related degradation. While it has passed consistently since 2019, there is a persistent pattern of suspension wear and emerging underbody corrosion that suggests the vehicle is beginning to require more frequent component replacement to maintain its structural and mechanical integrity. With a recorded mileage of 138,144 miles over approximately 14 years, the vehicle has averaged nearly 10,000 miles per annum. This is considered typical usage for a Land Rover Discovery of this vintage and suggests a consistent duty cycle rather than periods of prolonged standing. However, this mileage level means that high-stress components, particularly the drivetrain and suspension systems, have undergone significant wear. Prospective buyers should anticipate that consumables and heavy-duty rubber components are reaching the end of their natural service life. During a test drive, particular attention must be paid to the front and rear suspension. The recurring advisories regarding ball joints and anti-roll bar linkages often manifest as subtle clunks or knocks when traversing uneven road surfaces or during low-speed manoeuvring. The previous advisory regarding the central prop shaft bearing is also critical; listen for any rhythmic vibrations or humming sounds from beneath the cabin, which could indicate the bearing is deteriorating further. Ensure the steering feels precise and devoid of any vague movement, as the history of worn wishbone bushes suggests a predisposition toward suspension instability. A thorough physical inspection of the chassis and underbody is essential due to repeated advisories concerning corrosion on underbody components, the fuel tank cover, and the rear subframe mounting area. Use a torch to inspect these areas for surface rust that may have progressed to structural pitting or scaling. While the DVSA previously noted the subframe corrosion as not excessive, this is a critical area for structural integrity. Verify that the vehicle has a documented service history that includes underbody cleaning or rust prevention treatments, as unchecked corrosion in these areas can lead to costly welding repairs or MOT failure in the near future.