2019 Land Rover Range Rover 4.4L Diesel · LR13 UTR

A clean DVSA record across five consecutive tests, with the most recent pass on 3 October 2025 and no advisories or failures recorded at any point during the 2022 to 2025 testing cycle, points to a vehicle that has consistently met statutory standards without any flagged component wear. The absence of recurring defect notes is particularly relevant for a 2019 Range Rover, as these vehicles are commonly flagged for suspension bush wear, corrosion around subframes and brake pipe areas, and exhaust integrity issues. The uninterrupted pass history suggests that major structural and safety-critical items have remained within legal tolerances at every annual assessment, indicating either diligent pre-test preparation or genuine mechanical soundness at the time of each examination. Annual mileage accumulation of around 10,691 miles over the seven-year ownership period sits squarely within the typical band for a vehicle of this age and class, neither low enough to raise immediate concerns about prolonged standing nor high enough to suggest hard-driven use. There are no significant gaps in the testing record that would imply an extended off-road period, and the consistent year-on-year MOT entries indicate the vehicle has remained in regular use throughout its recorded life. For a Range Rover of this generation, this moderate usage pattern should have allowed suspension bushes, brake components, and drivetrain elements to wear at a steady, predictable rate rather than suffering the accelerated degradation often seen on high-mileage examples or the fluid-seal and battery issues common to cars that sit unused for long stretches. Given the absence of flagged items in the MOT history, particular attention during a physical inspection should focus on the areas most likely to be approaching replacement age on a Range Rover at this mileage and year of manufacture. The front and rear suspension assemblies, including the air spring system, dynamic response accumulators, and anti-roll bar linkages, should be inspected for any signs of sagging, knocking, or uneven ride height, as these are wear items that frequently demand attention beyond the 70,000 mile mark. On a test drive, listen for clonking or knocking noises over uneven surfaces, particularly at low speed over speed humps, which can indicate worn suspension bushes or failing air suspension components. The steering should feel precise without vibration through the wheel, and the vehicle should track straight without pulling to either side under braking or acceleration. Brake system condition should be evaluated physically rather than relying solely on the clean MOT record, as brake discs and pads on a Range Rover of this weight class typically require inspection or renewal within this mileage bracket. Feel for a firm, consistent brake pedal without excessive travel, sponginess, or judder under heavy braking, and listen for any grinding or scraping sounds that would suggest worn pads or scored discs. The electronic air suspension, terrain response systems, and central infotainment electronics should all be exercised during the test drive, as software and electrical gremlins are a known concern for this generation and would not be reflected in MOT data. Finally, a thorough underbody examination looking for early-stage corrosion around the rear subframe mounting points, brake pipe routing, and exhaust hangers is strongly advisable, even though no such issues have yet been formally recorded.