2019 Land Rover Range Rover Sport 3.0L Diesel · J27 MAK

This Range Rover Sport presents an unusually clean and uninterrupted DVSA MOT history across five consecutive annual tests, with no advisories or defects recorded on any occasion from December 2021 through October 2025. The most recent test on 6 October 2025 was passed with a fully clean sheet, and every prior examination returned the same result, indicating a vehicle that has consistently met statutory roadworthiness standards without component-level concerns being flagged by the tester. For a premium SUV of this specification and age, a defect-free record across four full years suggests that wearing items such as the braking system, suspension linkages, exhaust, tyres, and lighting have all been maintained within serviceable limits at each annual inspection. The absence of corrosion advisories on structural members, subframes, or brake lines is particularly relevant given the Range Rover Sport's known susceptibility to underbody oxidation, and the clean record here implies either diligent preservation or limited exposure to harsh winter road conditions. The recorded mileage of 86,758 against a 2019 registration equates to an annual accumulation of roughly 12,400 miles, which is notably high for the segment and exceeds the typical 8,000 to 10,000 miles expected of a privately used vehicle of this age. MOT records show mileage progression of 60,212 in December 2021, 64,900 in December 2022, 70,153 in October 2023, 77,898 in October 2024, and 86,758 in October 2025, indicating an accelerating usage pattern with the largest single-year jump of nearly 9,000 miles occurring between 2024 and 2025. This upward trajectory in annual mileage, combined with the consistently clean test outcomes, suggests that any wear-related degradation has been addressed before reaching advisory threshold, but the higher current rate of accumulation places greater demand on consumables moving forward. Mechanical implications of sustained high-mileage use on this platform include accelerated wear of the air suspension compressor, struts, and reservoir, more frequent brake disc and pad replacement cycles, and increased likelihood of drivetrain oil seepage from the transfer box and rear differential seals. Given the clean advisory history, there are no specific flagged components to investigate against the MOT record, so inspection focus should shift to the areas most prone to age and mileage-related degradation on this generation of Range Rover Sport. On a test drive, pay particular attention to the air suspension behaviour: listen for the compressor cutting in shortly after startup, which should be brief, and observe whether the vehicle settles to ride height promptly or displays any warning messages on the infotainment screen. Any sagging at the corners after overnight standing, hesitation during electronic height adjustment, or a continuously running compressor would indicate worn struts or a failing pump. Under braking, check for pedal vibration or judder that suggests warped front discs, and listen for any binding or scraping from the calipers on a low-speed manoeuvring test, as rear caliper issues are common on this model. Steering should return to centre smoothly without excess play, and any knocking from the front end over speed humps or uneven surfaces could point to worn upper or lower wishbone bushes, anti-roll bar drop links, or the front lower arm rear bush, none of which would necessarily appear as advisories if not yet at the failure threshold. Beyond the suspension and brakes, a thorough pre-purchase examination should include a careful inspection of the underbody for any corrosion not yet severe enough to fail an MOT but indicative of progressing oxidation, particularly around the rear subframe mounting points, brake pipe unions, and the exhaust hangers and heat shields. Inspect the engine bay and lower drivetrain for any signs of oil misting or wetness around the cam cover, oil filter housing, and the transfer box and rear differential seams, as elevated mileage increases the likelihood of seal seepage. Verify that all electronic systems function correctly, including the Terrain Response selector, electronic parking brake, and any camera or parking aid warnings on the dashboard. Finally, confirm the service history documents scheduled intervals appropriate to the higher mileage, with particular attention to recent replacement of the air suspension reservoir drier, brake fluid changes, and transfer box and differential fluid renewals, as these items are critical to long-term reliability on a high-mileage example of this vehicle.