2008 Land Rover Discovery 2.7L Diesel · GA54 MCS

Two unrecorded defect MOT failures within a year of each other, both occurring on this Discovery and both immediately followed by a clean pass just days later, form the most defining element of this vehicle's recent roadworthiness record. The 2023-10-24 failure was followed by a pass on 2023-10-31, and the 2024-10-01 failure was followed by a pass on 2024-10-08, with both passes carrying a fully clean record of no advisories whatsoever. The most recent test on 2025-11-28 also returned a pass with no defects recorded. This pattern suggests items were addressed between the failure and the subsequent retest, which is encouraging, but it is worth asking for the failure documentation to confirm whether the items were rectified repairs or simple rectification items such as blown bulbs, so the prospective buyer understands precisely what condition had triggered the earlier failure notices. With 136,218 miles recorded across approximately 18 years, the average annual mileage stands at roughly 7,568 miles per year, which is broadly typical for a vehicle of this age and only marginally below average for its peer group. The MOT testing pattern shows annual tests from 2023 onwards, indicating consistent use, and there are no extended gaps in the recorded history to suggest prolonged periods off the road. A annual mileage figure of this level on a Land Rover Discovery means wear items such as suspension bushes, coil springs, propshaft UJs and CV joints, brake discs and pads, plus drivetrain mountings, will have absorbed a significant amount of working life by now. It would be prudent to verify that the mileage recorded at MOT has progressed sensibly between tests without any unexplained jumps or anomalous drops that might indicate clock tampering or instrument cluster replacement. Because this Discovery's MOT record carries no advisories at all across either the failures or the passes, there is no official DVSA record pointing towards any specific component that has been flagged as approaching the failure threshold. The lack of advisories is not, however, a guarantee of underlying mechanical condition, and on a test drive the buyer should pay close attention to noises from the front suspension over broken surfaces, particularly clunks or knocks from the upper and lower wishbones, track rod ends and anti-roll bar drop links, all of which are well-known wear items on the Discovery 3 and 4 platform. Steering should be checked for any vagueness or clonking when turning on full lock, and the propshaft should be listened to for any clicking or vibration, particularly at the rear UJ under load. The braking system should be evaluated carefully on test, with the buyer checking for any pulling to one side under firm pedal pressure, any judder through the pedal or steering wheel which could indicate disc warping, and any binding caliper symptoms such as a vehicle that drags after a run or pulls persistently. The handbrake should be tested on an incline, as the Discovery's electronic parking brake can require recalibration or module attention. Given that the MOT record shows no defects, advisories or emissions flags, the vehicle has not been recorded with corroded brake pipes, subframe corrosion or any structural integrity concerns, which is a positive baseline for a high-mileage SUV approaching two decades of service. A full pre-purchase inspection on a ramp remains highly advisable to verify underside condition, particularly the rear crossmember and outriggers, which are known corrosion areas on this model and would not necessarily have been flagged at MOT if surface corrosion had not yet reached the prescribed test thresholds.