2015 Land Rover Discovery 3.0L Diesel · LL15 OLP

The 2015 Land Rover Discovery presents a generally positive MOT record with four clean passes and only one failure since 2018, though the failure itself reveals a minor but telling issue with the tyre pressure monitoring system. On 2019-12-14 the vehicle failed on a malfunctioning TPMS indicator, with both headlamp aim issues flagged as PRS (pass after rectification at the same test) and a stop/start warning advisory noted on the same visit. Aside from that single failure, the vehicle has accumulated a modest number of advisories, all of which relate to wear items rather than structural or corrosion concerns. The most recent test on 2023-04-11 recorded a clean pass with no advisories at all, which is a favourable indicator of the vehicle's mechanical state as of that date. The earlier 2021 advisory pair of front tyres worn close to the legal limit on both sides suggests attentiveness to consumables at the time of test, and the 2018 brake pad wear advisories on the rear inner pads represent predictable service items rather than anything unusual for a vehicle of this age and weight. With 117,413 miles recorded over approximately eleven years, the Discovery has averaged around 10,674 miles per year, which sits squarely within typical usage for a large family SUV of this vintage. There are no extended gaps between tests that would suggest prolonged periods off the road, and the mileage progression between consecutive tests does not indicate any unusual leaps or stagnation that might raise concerns about clocked odometers or extended storage. A consistent annual mileage of this level means the engine, transmission, and four-wheel-drive system have been regularly worked, which for a Land Rover is generally preferable to low-mileage use that can lead to oil seal drying, brake seizure, and underbody corrosion from infrequent use in winter conditions. The lack of corrosion-related advisories across the recorded tests is particularly notable for a vehicle of this type and age. For a prospective buyer, attention should be directed towards the components that have historically attracted advisories or test failures. The 2019 tyre pressure monitoring system failure and stop/start warning are both indicative of issues that can recur on Discovery vehicles of this generation, often related to wheel sensor faults, low battery voltage, or brake light switch problems. Before purchase, the TPMS should be verified as fully functional with no warning lights illuminated, and the stop/start system should be tested to confirm it operates correctly when the engine is warm and the battery is in good condition. The headlamp aim defects, which were present on opposite sides (nearside too low, offside too high), suggest the headlamp adjustment mechanism may have been disturbed; this is worth checking manually and re-aiming if required. Given the vehicle's weight and the braking load placed upon it, the rear brake pad wear noted in 2018 should prompt a physical inspection of the current pad and disc condition, as rear pads on Discovery models can wear unevenly and discs are prone to corrosion on the inner face even when outer surfaces appear serviceable. A test drive should include firm pedal applications from moderate speed to check for any judder, pulling, or sponginess, and a close listen for any binding or scraping from the rear calipers when the vehicle is reversed immediately after a forward stop. The front tyres, last flagged as worn close to the limit in 2021, should be inspected for current tread depth and even wear across both axles, as uneven front tyre wear on a Discovery can indicate worn suspension bushes, ball joints, or tracking misalignment. Finally, an underbody inspection for any emerging corrosion on the subframe, brake pipes, and suspension arms is advisable, as these components are typical MOT failure points for vehicles of this age and mileage even when not yet flagged at test.