2014 Land Rover Discovery 3.0L Diesel · OY64 UAP

The 2014 Land Rover Discovery presents a stable and highly commendable maintenance trend, demonstrating consistent roadworthiness across its recent history. The most recent MOT test on 7 October 2025 at 84,010 miles passed with zero defects recorded, mirroring the completely clean bills of health received in the preceding four years. This unbroken sequence of flawless tests indicates a vehicle that has been diligently maintained, with no recurring mechanical or structural issues requiring remedial action. The absence of advisories or failures suggests the previous owner addressed wear items promptly before they escalated into defects. The mileage accumulation aligns perfectly with typical usage for a vehicle of this age, averaging roughly 7,000 miles annually. Between the September 2021 test at 57,421 miles and the October 2025 test at 84,010 miles, the odometer advanced by 26,589 miles over four years, showing steady, predictable use without any alarming spikes or prolonged periods of inactivity. The annual intervals between tests remain tight, covering 7,102 miles, 7,064 miles, 6,058 miles, and 6,365 miles respectively. This consistent pacing rules out the severe wear associated with high-mileage fleet use or the deterioration caused by long-term standing. Despite the pristine MOT record, a pre-purchase inspection must focus on the inherent wear characteristics of the Discovery platform rather than rectifying past failures. The tester flagged no corrosion, suspension wear, or braking deficiencies, yet a physical inspection should verify the condition of the air suspension components and bushes, which commonly degrade around this mileage. Brake disc thickness and pad life require measurement, as clean MOTs only confirm legal minimums at the time of testing. Structural integrity around the rear crossmember and chassis outriggers demands a thorough visual inspection for corrosion, a known issue for this generation. Tyre condition and date codes also warrant checking, as uneven wear could indicate alignment issues not severe enough to trigger a test failure.