2019 Land Rover Range Rover 2.0L Hybrid electric (clean) · SC68 WRU

A 2019 Range Rover with a completely defect-free MOT history over the last several testing cycles presents a reassuring picture of roadworthiness, with the most recent pass on 10 June 2025 confirming the trend established in earlier examinations. The single recorded failure on 2 February 2023 carries no defect or component detail, and because the vehicle returned to the test station just two days later and passed without advisories, it was almost certainly a minor or administrative issue rather than a substantive mechanical or structural concern. The absence of any advisories across every documented test means there is no recorded pattern of wear developing on items typically flagged on vehicles of this age and type, such as suspension linkages, brake pipes, underbody corrosion, or exhaust deterioration. For a buyer, this clean sheet is notable for a Range Rover, a model range where advisories for component wear, oil leaks, and corrosion are relatively common as mileage accumulates. At 38,664 miles over approximately seven years, this vehicle is running at a low average of around 5,500 miles annually, which is well below typical expectations for a large premium SUV. This rate of accumulation suggests either light private use with substantial periods of standing or a vehicle that has been used predominantly for shorter journeys rather than long-distance motorway driving. Mechanically, low-mileage operation of this kind places particular demands on components that suffer when not exercised regularly: brake discs and pads can develop surface corrosion from infrequent use, leading to judder or scraping on first application; coolant and brake fluid may be older than the mileage implies because deterioration is time rather than distance related; and seals throughout the drivetrain can harden or weep if the vehicle has spent extended periods stationary. Conversely, the engine, automatic transmission, and four-wheel-drive system will have experienced relatively modest mechanical wear for the calendar age, which is generally positive. Because the MOT record contains no advisories to direct component-specific attention, a thorough physical inspection and test drive should focus on the areas where low-mileage Range Rovers commonly show age-related issues. On a test drive, listen carefully for any clonks, knocks, or rattles from the front suspension over speed humps and uneven surfaces, particularly from the upper and lower wishbones and the anti-roll bar links, as rubber bushes perish with age regardless of mileage. Check for uneven pulling under braking, which can indicate seized caliper slide pins or warped front discs from corrosion pitting, and feel for any vibration through the steering wheel that suggests tyre flat-spotting or front-end imbalance. Inspect the underside for any oil residue from the engine, transfer box, or differential, and examine the brake pipes, fuel lines, and exhaust mounting rubbers for the onset of surface rust, which can develop quickly on vehicles used predominantly on treated winter roads. The interior and ancillary systems also merit careful scrutiny given the usage profile. Confirm that the air suspension, if fitted, operates smoothly through its full range without warning messages on the dashboard, as compressor wear and strut leaks are well-documented weaknesses on this model regardless of odometer reading. Check that all electronic systems, including infotainment, cameras, and seat memory functions, operate correctly, because electrical gremlins can develop on stored cars through battery drain and connector oxidation. Verify the service history confirms timely replacement of brake fluid, coolant, and transmission fluid at time-appropriate rather than purely mileage-based intervals, as this is particularly important on a low-mileage example where calendar-aged fluids can degrade significantly. Finally, ask to see evidence of regular battery replacement or maintenance, because a seven-year-old Range Rover with low annual mileage is very likely to have suffered from repeated battery depletion, and a failing auxiliary battery can cause a cascade of electronic faults. A pre-purchase inspection by a specialist familiar with the Range Rover platform is strongly advisable given the model complexity and the absence of MOT advisories to otherwise guide component condition assessment.