2008 Land Rover Discovery 2.7L Diesel · G3 CKW

The vehicle’s most recent MOT test on 2025-08-06 at 207,926 miles passed without any recorded defects, confirming it remains roadworthy under current DVSA standards. The consistent pass history across five consecutive tests—spanning from 2022 to 2025—indicates no recurring mechanical failures or advisory issues that would suggest a worsening trend. However, the duplicate entry for 2022 (one pass, one fail) at identical mileage is anomalous and may warrant clarification, though it does not affect the later clean record. The lack of advisories or defects in the last three tests suggests the vehicle has been maintained at a basic level, though this does not preclude hidden wear beyond MOT scope. The mileage progression shows steady usage, averaging around 11,551 miles annually—a rate typical for a vehicle of this age and class. There are no extended gaps between tests, and the 18,000-mile intervals align with the MOT cycle, implying regular registration compliance. The absence of rapid mileage spikes or prolonged inactivity reduces concerns about accelerated wear or neglect, though the high total mileage necessitates scrutiny of high-stress components. The 2022 duplicate test is the only irregularity, but its resolution in subsequent years supports a stable ownership pattern. Given the clean MOT history, a buyer should prioritise an independent inspection of the suspension system, particularly the coil springs, bushes, and shock absorbers, given the vehicle’s age and mileage. The brakes—though not flagged—should be checked for uneven wear, binding calipers, or corrosion on the rear discs, as Land Rover Discoveries from this era are prone to rear brake fade and rotor distortion. Structural integrity, especially underbody and wheel arches, must be assessed for corrosion, as this model is susceptible to rust progression over 18 years. Finally, the drivetrain, including the transfer case and differential, should be inspected for fluid leaks or unusual noise, as these components are critical but not routinely tested in MOTs.