2020 Land Rover Range Rover 4.4L Diesel · WR20 ULV

This 2020 Land Rover Range Rover presents an exemplary DVSA roadworthiness profile across its recorded test history, with four consecutive MOT passes from 2023 through to the most recent examination on 1 July 2026, none of which recorded any advisories, minor defects, or failure items. A defect-free run of this length on a vehicle of this complexity, fitted with air suspension, multi-link geometry, and an array of electronic stability systems, is genuinely uncommon in the premium SUV segment. The absence of any flagged brake component wear, suspension bush deterioration, corrosion, or exhaust concerns across three years of testing suggests the vehicle has not yet reached the wear thresholds that typically generate advisories on these components, though it must be acknowledged that a clean MOT record simply indicates pass-level condition at the time of test and does not guarantee future mechanical soundness. The stability of the test outcomes year-on-year is the most reassuring aspect of the file, showing no emerging pattern of deterioration. Annual mileage accumulation on this Range Rover sits at approximately 6,465 miles, broadly in line with the UK national average for a vehicle of its age and certainly consistent with a large luxury SUV that often serves as a secondary or leisure vehicle. The mileage progression between tests has been steady and progressive, with no sudden spikes suggesting motorway commuting or extended touring periods, and conversely no implausibly low figures that would indicate long periods of inactivity. For an air-suspended Range Rover specifically, this average usage profile is mechanically favourable because the pneumatic system, compressor, valve block, and air springs suffer most acutely when left standing for prolonged intervals, leading to dried-out rubber diaphragms and seized compressor relays. Equally, regular road use of this mileage tends to keep the drivetrain, transfer box, and adaptive damping components functioning within their intended operating parameters. Given the unblemished MOT record, a prospective buyer should concentrate the physical inspection on components that commonly affect this model but sit below the threshold at which an MOT tester is required to flag them. The air suspension should be observed at cold start, watching for the rear or front dropping more slowly than the opposing axle, which indicates a leaking air spring or tired compressor. During a test drive, listen for clonking or knocking over低速 speed undulations, particularly from the front, which points to worn upper and lower wishbone bushes and anti-roll bar drop links, both notorious wear items on the D7a platform. Steering should remain precise with no vagueness through the centre position, and body roll should be well controlled; any wallowing or pitching suggests the active anti-roll bar system or adaptive dampers require attention. The braking system, despite passing without comment, should be evaluated for judder under firm pedal application, which would indicate warped front discs, and any pulling to one side under braking should be investigated for binding calipers or uneven pad wear. A thorough underbody examination is particularly important for corrosion on the rear subframe mounting points, the front suspension turrets, and the aluminium body panels around the wheel arches, as Land Rovers from this era can suffer from cosmetic and structural oxidation that does not always present at MOT level. Finally, confirm the operation of all terrain response modes, the electronic air suspension height adjustment, and that no warning messages relating to the suspension, drivetrain, or emissions systems appear on the instrument cluster, as electronic fault codes frequently precede the mechanical wear that would eventually appear on a future MOT.