2012 Land Rover Discovery 3.0L Diesel · N6 GDT

The 2012 Land Rover Discovery presents a notably clean MOT record, with its most recent test on 27 January 2026 at 67,162 miles passing without a single defect. This is a strong indicator of sound mechanical health and consistent upkeep. The maintenance trend is stable and, by the evidence of the record, improving, as the vehicle has moved through multiple consecutive tests with no advisories or failures. For a vehicle of this age and type, that is an uncommon and reassuring outcome. The mileage pattern tells a clear story of low, steady use. At roughly 4,797 miles per year over fourteen years, the Discovery has been lightly driven. The interval between the September 2024 test at 57,073 miles and the December 2024 test at 58,719 miles shows a modest 1,646 miles in three months, while the jump from December 2024 to January 2026 at 67,162 miles represents 8,443 miles over approximately thirteen months. That suggests a period of slightly heavier use in 2025, but nothing extreme. There are no alarming gaps or sudden spikes that would raise concerns about long periods of inactivity or odometer irregularities. Despite the clean paperwork, a buyer should still carry out a thorough physical inspection. The Discovery's air suspension system is a known weak point across this generation, and even without a flagged fault, compressor strain or leaking air springs can develop between tests. Underbody condition deserves close attention, particularly around the rear subframe mounts and chassis rails, where corrosion can accumulate invisibly on a vehicle that may have seen light off-road or rural use. Brake discs and pads should be measured for wear, as low-mileage vehicles can suffer from uneven corrosion from prolonged standing rather than high-mileage use. Tyre condition and age should also be checked, as rubber degrades with time regardless of tread depth. The absence of any advisories across five consecutive tests suggests attentive previous ownership, but a pre-purchase inspection focusing on structural integrity, suspension components, and fluid condition remains the sensible course before committing.