2016 LAND ROVER DISCOVERY3.0L Diesel

This Discovery has demonstrated consistent roadworthiness over its MOT history, with every test since 2022 passing without defects or advisories. The most recent inspection in October 2025—just nine months ago—confirmed no issues, placing it in a stable condition relative to its class. However, the lack of advisories or defects does not preclude wear that falls outside MOT scope, such as suspension bush deterioration, drivetrain fluid degradation, or corrosion in less accessible areas. The vehicle’s compliance with emissions standards remains unchallenged, but the absence of any warnings suggests either meticulous maintenance or deferred attention to non-MOT-critical components. The recorded mileage of 56,123 miles over nearly ten years—approximately 5,600 miles annually—indicates light usage, which typically correlates with reduced wear on high-stress parts like brakes, tyres, and suspension. There are no gaps longer than 12 months between tests, and the progression is steady without abrupt jumps, ruling out periods of heavy use or neglect. While low mileage can mask deeper issues, it also implies fewer cycles of stress on critical components like coil springs, transfer case seals, and differential fluid. The consistency of the mileage suggests the vehicle has likely been stored or used sparingly, which may have preserved structural integrity but does not guarantee it. A buyer should prioritise an independent inspection of the suspension system, particularly the rear coil springs and bushes, as these are prone to fatigue over time regardless of mileage. The brakes, though not flagged in MOTs, warrant scrutiny for uneven wear or binding calipers, especially if the vehicle has been stationary for extended periods. Corrosion should be checked at wheel arches, sills, and the subframe, as rust can compromise structural integrity without immediate MOT failure. Finally, the transfer case and differential fluids should be inspected for contamination or degradation, as these are not routinely tested but critical to long-term reliability. The absence of advisories does not imply these areas are flawless.