2016 Land Rover Discovery 3.0L Diesel · OU16 UCD

A clean and consistent MOT history places this 2016 Land Rover Discovery on solid mechanical ground going back to its first recorded test in 2019, with eight passes recorded across consecutive annual examinations and no failures or refusals logged. The most recent test on 18 August 2025 returned a pass with no defects or advisories recorded, continuing an unbroken run of clean outcomes since 2021 and suggesting that the wear items and structural components inspected under the MOT regime have remained within tolerance. The only meaningful blemish across the entire record is a March 2022 test, which flagged three minor windscreen wiper blade defects and a single advisory noting that the rear propshaft bearing housing was split but not insecure. The fact that the propshaft issue has not reappeared in any subsequent advisory over more than three further tests suggests the housing has remained stable or been attended to, and the absence of any repeat brake, suspension, or corrosion advisories points to a chassis and undercarriage that has held up well for a vehicle of this age and type. Covering approximately 70,867 miles over ten years, this Discovery has averaged around 7,087 miles per year, which sits comfortably within typical usage expectations for a large family SUV. The mileage progression between tests shows steady, incremental accumulation without any unusually large gaps or sudden jumps that would suggest long periods off the road or erratic use. There are no extended lay-up periods evident in the testing record, with annual tests conducted almost without interruption from February 2019 onwards, which means components such as brake discs, callipers, tyres, and suspension bushes have been subjected to regular working cycles rather than suffering the drying-out and corrosion issues that can afflict vehicles left stationary for prolonged spells. This consistent usage pattern tends to be kinder to drivetrain seals, CV joints, and propshaft universal joints, all of which are common wear points on Discovery vehicles of this generation. For a prospective buyer, the single item worth specific attention is the rear propshaft bearing housing that was noted as split in March 2022. While it was deemed not insecure at the time and has not been flagged since, propshaft centre bearing housings on the Discovery 3 and 4 platform are known to degrade over time, so a careful inspection underneath the vehicle with the engine running and the drivetrain in gear is worthwhile. Listen for any rotational whine, rumble, or vibration that changes with throttle load, and feel for driveline shunt through the transmission tunnel. Check the area around the bearing for any fresh grease migration, fresh rust staining, or movement in the housing bracket that might indicate the split has progressed beyond what was previously recorded. Given the total absence of any brake, suspension, or corrosion advisories across all eight tests, there is no specific component history to investigate further on the test drive, but the general chassis behaviour of the vehicle still merits proper evaluation. Pay attention to any clonks or knocking from the front suspension over uneven surfaces, which can indicate worn upper or lower wishbone bushes and ball joints common on Discovery front axles. On the road, check for any pulling under braking, uneven pedal feel, or binding from the callipers, and inspect the inner and outer faces of all four brake discs for lipping or surface corrosion that exceeds what is normal for a vehicle that has seen regular use. Finally, with this vehicle being a Land Rover of known off-road capability, examine the underbody, sill seams, and rear crossmember for any bubbling or surface corrosion that MOT testing would not necessarily have captured, particularly if the car has seen genuine off-road use.