2008 Land Rover Discovery 2.7L Diesel · OS04 LEX

A vehicle of this age with this particular MOT history presents a notably clean picture of roadworthiness over the past decade of testing, though the most recent pair of entries on the record warrants a closer look. The April 2026 pass is particularly encouraging given that it followed a failure recorded just five days earlier on the same vehicle, suggesting a quick rectification of an unspecified defect rather than a structural or systemic issue. Across the 2024 and 2025 tests, the Land Rover Discovery passed without any advisories recorded, which for a vehicle approaching eighteen years old and over 114,000 miles is a positive indicator that the visible structural and mechanical components inspected at the test lane are holding up well. No advisories over five consecutive tests does suggest a pattern of either relatively light wear or prompt replacement of consumables before they reach advisory threshold, and importantly, no corrosion advisories have been flagged during this period. The mileage of 114,259 over an eighteen-year lifespan works out to roughly 6,348 miles annually, which sits firmly within typical parameters for a vehicle of this vintage and original market positioning. There is no evidence in the MOT record of unusually long gaps between tests or sudden mileage jumps that would suggest the vehicle has been off the road for extended periods or has changed usage pattern dramatically. Consistent annual mileage of this level on a Land Rover Discovery, which is a heavy and mechanically complex four-wheel-drive vehicle, tends to be kinder to components such as the timing chain, driveline seals, and underbody hardware than either very low annual mileage with long standing periods, or excessively high mileage covering motorway commutes. The relatively even distribution implied by the test history points to a vehicle that has been in regular, moderate use, which generally preserves the integrity of rubber components, brake system seals, and fuel system hoses better than a lay-up scenario. For a prospective buyer evaluating this Discovery, the absence of recorded advisories should not be taken as a substitute for a thorough physical inspection, as MOT testing is a point-in-time check rather than a predictive assessment. Particular attention should be paid to the chassis and subframe areas, as Land Rovers of this generation are known for developing corrosion around the rear cross-member, trailing arm mounts, and outriggers, areas which may not have been flagged if the corrosion had not yet breached structural thresholds at the time of test. On a road test, listen carefully for clonks or knocks from the front suspension over uneven surfaces, which on this model commonly points to worn upper and lower wishbone bushes, anti-roll bar drop links, or the radius arm bushes in the front axle. Steering vagueness, wandering at speed, or a vague on-centre feel may indicate wear in the steering ball joints or the unique steering relay lever mechanism that this generation uses. Additionally, any signs of uneven braking, pulling under heavy application, or a low, spongy pedal should prompt inspection of the front brake calipers for binding, as the Discovery's heavy unladen weight accelerates caliper slide pin corrosion. Given the absence of oil leaks, brake fluid warnings, or exhaust advisories in the test history, it is reasonable to assume the major fluid systems and emissions components are presently serviceable, but a pre-purchase inspection should verify the current state of the timing chain for stretch, the transfer box and gearbox for oil leaks or whining under load, and the condition of the air suspension compressor and reservoir if this particular vehicle is fitted with pneumatic suspension rather than coils. Under the bonnet, look for signs of coolant staining around the radiator, expansion tank, and the viscous fan coupling area, as cooling system neglect is a common failure point on TdV6 and V8 petrol variants. A compression or cylinder leakage check would be worthwhile on either engine type given the mileage, and a scan for stored fault codes across all modules including the transfer case, ride height, and ABS systems will often reveal developing issues that a standard MOT inspection does not cover. Overall, the paper record supports confidence in the vehicle's fundamental roadworthiness, but the inherent mechanical complexity and age of this model make a specialist Land Rover inspection highly advisable before purchase.