2014 Land Rover Discovery 3.0L Diesel · VO64 VLT

The most recent MOT test on 2025-05-30 confirms the vehicle passed without defects, though it was preceded by a failed retest on the same day at 119,533 miles—an unusual but not uncommon occurrence where a minor oversight was corrected immediately. The pattern over the past two years shows stability rather than deterioration, with no recurring advisories or major faults. The 2024 tests at 114,013 miles also resulted in a pass after a retest, suggesting no persistent mechanical issues. However, the lack of advisories or defects in any test does not preclude hidden wear; the vehicle’s age and mileage demand thorough inspection of high-wear components. The mileage progression indicates consistent use, averaging around 9,962 miles annually, which aligns with typical long-term ownership patterns. There are no extended gaps suggesting neglect, nor rapid mileage spikes that might imply aggressive driving. The most recent tests occurred just over two years ago, which is within the acceptable window for a vehicle of this age, though the 2026 test is now overdue. The absence of mileage jumps between tests—such as the 5,528 miles covered between 2024 and 2025—supports the idea of regular, albeit not excessive, usage. Given the lack of recorded faults, the primary focus for an in-person inspection should centre on suspension integrity, particularly the coil springs, bushes, and shock absorbers, which are prone to fatigue at this mileage. The brakes, while not flagged in tests, warrant scrutiny for uneven wear, binding calipers, or corrosion on the rear discs—common in older Land Rover models. Structural corrosion, particularly around wheel arches, subframe, and sills, should be checked, as this vehicle’s age increases vulnerability. The absence of advisories does not guarantee these areas are sound; visual and functional checks are essential. Finally, the exhaust system and emissions should be inspected for leaks or excessive smoke, as catalytic converter failure is a known issue in this model.