2017 Land Rover Discovery 3.0L Diesel · AE67 AGZ

The 2017 Land Rover Discovery presents a generally sound roadworthiness profile built on five consecutive successful MOT tests spanning 2021 to 2025, with only two minor advisories scattered throughout its service life. The most recent test on 2025-11-12 returned a clean result with no defects recorded, confirming sustained reliability after nearly four years of ownership. Earlier in 2024, a front registration plate advisory was noted—described as having deteriorated but remaining legible enough not to cause reading errors—which is primarily a cosmetic and administrative matter rather than a safety concern. The earlier 2023 MOT introduced a more substantive pattern when three tyres were flagged as worn close to legal limits and exhibiting wear on the edges, suggesting potential alignment or inflation irregularities that required attention before the subsequent clear tests. At 80,156 miles, the vehicle accumulates approximately 8,906 miles annually—a rate that aligns closely with expected depreciation for a nine-year-old Land Rover Discovery. There are no abrupt jumps in mileage or extended periods of idling between the 2022 and 2025 assessments, which indicates the car has been regularly maintained and driven within normal parameters. The steady progression through each year's MOT without any major failures or repeated breakdowns supports the notion of a vehicle that has remained reliable over its lifespan, though the tyre advisories from late 2023 warrant closer examination given their impact on handling and tire life. The repeated near-edge wear on the nearside front and rear tyres and the offside front tyre represents the most actionable item for a prospective buyer. On a test drive, look for noticeable wheel hop over bumps, uneven braking force between the outer and inner wheels, or a feeling of instability during cornering—all classic signs of misalignment or under-inflated tyres that may no longer meet current specifications. Additionally, while the registration plate issue is minor, it should be verified that the plate remains fully legible and secure in place, as persistent deterioration could eventually compromise readability. Given the otherwise pristine MOT history, the priority checks should focus on confirming proper tyre pressure and alignment, and inspecting the front subframe for any hidden corrosion that might not yet be visible on the exterior surface.