2018 Land Rover Discovery 3.0L Diesel · OY68 KFF

A Land Rover Discovery of this vintage with a documented MOT history spanning five tests between 2021 and 2024 demonstrates a generally compliant roadworthiness profile, anchored by passes at every recorded visit apart from one specific dangerous tyre failure. The most recent test on 9 October 2024 was issued without any advisories, which marks a clean sheet following two earlier tests that carried minor observations relating to wheels and brake components. The 2023 pass recorded four advisories across both axles for brake disc pitting and thinning brake pads, while the 2022 test produced two wheel-related advisories on the nearside front and rear, plus a Dangerous failure for a structurally compromised nearside rear inner tyre. No recurring component categories emerge as a chronic concern, but the brake and wheel items appear in consecutive years rather than as isolated one-off notes, which warrants measured attention during any pre-purchase inspection. At 52,228 miles over eight years, the vehicle has accumulated roughly 6,500 miles annually, which sits comfortably within the expected usage envelope for a large premium SUV of this age. There is a visible gap in testing prior to the 2021 entry, consistent with the vehicle being first registered in 2018 and not requiring an MOT until its third anniversary, so the absence of pre-2021 records is administrative rather than indicative of any lay-up period. Mileage progression between the recorded tests appears steady rather than erratic, with no sudden jumps or extended stationary periods that would typically raise concerns around seized brakes, perished rubber components, or stale drivetrain fluids. For a Discovery, which carries significant mechanical complexity in its air suspension, transfer box, and terrain response systems, this average annual mileage is sufficient to keep components in regular working order without suggesting high wear rates on major assemblies. The 2022 Dangerous tyre failure is the single most significant entry in the file and relates to structural separation of a rear inner tyre, a defect category that typically results from impact damage, underinflation, or age-related rubber degradation rather than gradual wear. A prospective buyer should closely inspect all four current tyres for sidewall bulges, cracking, or uneven shoulder wear, and confirm that replacements are of matching size and load rating. The wheel advisories flagged slight distortion of the nearside front inner road wheel and wear to the nearside rear inner spigot mounting, both of which can produce steering vibration at speed and uneven tyre wear if left unaddressed. It is worth checking that the wheels are true and that the spigots seat cleanly, as a loose fit here can mimic balancing issues. The brake-related advisories from 2023 across all four corners indicate that pad and disc wear was already measurable at that point, and on a 52,000-mile Discovery these components are approaching the end of their second service cycle. During a test drive, listen for any grinding or squealing under moderate pedal pressure, feel for pedal pulsation that would suggest disc run-out, and check visually whether the discs exhibit a pronounced lip at the outer edge. Given the vehicle's specification, particular attention should also be paid to the air suspension compressor for any delayed response on cold start, the rear air springs for sagging at standstill, and the brake pipes and underbody components for any surface corrosion, as Discovery chassis can accumulate road salt in the box sections. Confirming a recent service history covering transfer box and differential fluid changes would be prudent given the mileage, alongside verification of any warning lights on the instrument cluster, particularly those relating to the ride height or Terrain Response systems.