2020 Land Rover Discovery Sport R-DYN S D A 2.0L Diesel · ST52 OTT

A broadly clean roadworthiness picture emerges for this 2020 Discovery Sport, though the record is not entirely without note. Across the recorded MOT history the vehicle has passed on three occasions, with the most recent test on 19 February 2026 producing both a pass and a failure recorded on the same date. The failure centred on an offside windscreen wiper not clearing the screen effectively, a straightforward driver-visibility item that was presumably rectified before the pass was issued. Prior to this, the 2025 test passed with a single advisory noting light oil misting on the offside front shock absorber, and the 2023 test passed with no advisories whatsoever. There are no recorded advisories relating to brake components, corrosion, tyres, exhaust integrity, or structural areas, and no historic failure items, which presents a relatively tidy overall record for a six-year-old premium SUV. Mileage accumulation has been notably restrained for its age and class. With 32,640 miles recorded against a six-year vehicle age, this works out at roughly 5,440 miles per annum on average, which is comfortably below typical usage for a Land Rover Discovery Sport, particularly one expected to cover family, towing, or light off-road duties. There is also a visible gap in the MOT testing record, with no test recorded in 2024 despite the vehicle being of testable age from 2023 onward, suggesting the car may have either been exempt from testing for a period, newly registered with an existing certificate, or simply not presented for test in that cycle. Such low annual mileage and intermittent testing often correlate with extended periods of standing rather than sustained light use, which carries its own mechanical implications for under-used items such as the braking system, suspension, drive belts, and the 12V electrical system. For a prospective buyer, the most relevant item to investigate further is the offside front shock absorber flagged for light oil misting in March 2025. Light misting is the earliest visible stage of seal degradation and warrants a physical inspection, looking for any fresh oil residue on the damper body or surrounding coil spring, and checking the rubber gaiter for damage or perished sealing edges. On a test drive, listen for any clonking or knocking noises from the front suspension over speed bumps or on uneven road surfaces, and pay attention to excessive nose-dive under braking or unsettled float over undulating tarmac, both of which can indicate a damper losing its hydraulic effectiveness. Equally, ask when the shock absorber was last inspected or replaced, as the advisory is now approaching fifteen months old with no follow-up MOT recorded to confirm progression. Given the low recorded mileage and the gap in test history, a thorough mechanical inspection should also focus on components that suffer disproportionately from standing rather than from wear. Check the brake discs on the front axle, particularly the offside, for any surface corrosion, lipping, or judder under pedal application, as lightly used discs corrode quickly and can produce brake vibration when finally called into service. Inspect the underside of the vehicle for any fluid residues that may have accumulated during stationary periods, and confirm that the wiper linkage and mechanism that caused the recent failure has been properly renewed rather than merely adjusted. Finally, verify that all routine servicing has been carried out at the correct intervals despite the low mileage, particularly oil, brake fluid, and the diesel particulate filter regeneration cycles, as time-based degradation rather than distance-based wear is the dominant concern with this usage profile.