2017 Land Rover Discovery 2.0L Diesel · MS64 BBA

The 2017 Land Rover Discovery presents with a fully clean DVSA MOT history, most recently passing its test on 9 March 2026 with no defects, advisories, or failures recorded. This continues an unbroken run of pass certificates dating back through 2025, 2024, 2023, 2022, 2021, and 2020, each issued without any noted items. The complete absence of advisories across seven consecutive tests is notable for a vehicle of this age and complexity, suggesting either meticulous pre-test preparation or a genuinely well-maintained mechanical condition. The overall trend is therefore one of stable, consistent roadworthiness, with no evidence of deterioration or recurring component failure that would typically manifest as repeated advisories in areas such as the suspension, braking system, or underbody corrosion. The recorded mileage of 52,411 miles against a nine-year age equates to an annual average of approximately 5,823 miles, which is considerably below the typical usage rate for a large premium SUV. This lower-than-average mileage profile suggests the vehicle has likely seen periods of extended standing, whether through occasional use, seasonal driving, or short urban journeys. Mechanically, such low mileage is a mixed indicator; while major drivetrain components such as the engine, transmission, and four-wheel-drive system have experienced less mechanical wear, prolonged standing periods commonly accelerate the degradation of rubber and composite components, encourage brake disc surface corrosion, and can lead to fluid degradation through lack of regular circulation. Given the clean MOT record and low annual mileage, a prospective buyer should focus inspection efforts on age-related deterioration rather than wear-based defects. Tyres should be examined closely for sidewall perishing and cracking, as rubber compounds harden with age regardless of remaining tread depth, and original-equipment tyres on a 2017 vehicle would now be well beyond the recommended replacement window. Brake discs, particularly on a vehicle likely to have spent extended periods garaged, should be inspected for surface rust and corrosion pitting, and a test drive should include firm brake applications to confirm the system clears any standing corrosion effectively and pulls straight without shudder. The 12V battery health should be verified through a load test, as batteries in low-mileage vehicles frequently suffer from chronic undercharging and may fail without warning. Fluid conditions, including brake fluid, coolant, and the automatic transmission fluid, should be assessed against calendar-based service intervals rather than purely mileage triggers, as moisture absorption and additive depletion occur over time regardless of use. During the physical inspection, particular attention should be paid to the vehicle's air suspension system, if fitted, as components such as the air struts, compressor, and valve block are known to degrade with age and standing, often presenting as sagging overnight or slow self-levelling. A test drive should include driving over uneven surfaces to listen for any clonks or knocks from the suspension bushes, anti-roll bar links, and front lower wishbone bushes, which are common wear points on the Discovery platform. The underbody and structural components should be examined for any surface corrosion, paying close attention to the rear axle, subframe mounting points, and exhaust mounting rubbers, as nine years of road exposure can initiate corrosion even on a clean MOT record. Finally, confirmation of a full service history, particularly for the timing belt or chain service intervals, transfer box and differential fluid changes, and the replacement of the diesel particulate filter if applicable, should be sought to verify the vehicle has been mechanically maintained on a time-based rather than solely mileage-based regime.