2019 Land Rover Range Rover 3.0L Diesel · JAZ 8013

Five consecutive clean MOT passes with no advisories or failures recorded at any point between 2022 and February 2026 represent an unusually strong roadworthiness record for a seven-year-old Range Rover. Most examples of this model by this age will have accrued at least some advisories relating to suspension components, brake wear, or underbody corrosion, so the complete absence of flagged items suggests the vehicle has remained mechanically compliant throughout its testing history. The latest pass on 13 February 2026, with no defects recorded, simply continues this consistent pattern and confirms that at the time of examination the vehicle met all statutory roadworthiness requirements. While a clean MOT history does not guarantee that every component is in new condition, it does indicate that nothing had deteriorated to the threshold of failure during this period and that any wear items present were within serviceable limits. With recorded mileage of 38,980 miles spread across approximately seven years, this Range Rover has covered an average of around 5,569 miles annually, which is well below the typical usage rate for a vehicle of this class. Such low annual accumulation generally implies either limited daily use, a significant amount of standing time, or a combination of both rather than sustained long-distance motoring. From a mechanical standpoint, low mileage of this nature tends to preserve the major drivetrain components and reduce wear on friction items such as brake discs and pads, but it can also accelerate degradation of rubber and polymer components that suffer from age rather than use, including suspension bushes, flexible coolant hoses, drive belts, and assorted seals. Standing periods can also promote corrosion in less visible areas, particularly around the underbody, suspension linkages, and exhaust mounting points, where moisture collects and is not regularly dried out by sustained operation. For a prospective buyer, the absence of recorded advisories means there are no specific components flagged for targeted inspection, which shifts the focus towards proactive verification of items that commonly affect this model regardless of MOT outcome. During a test drive, listen carefully for any clonks, knocks, or creaks from the front suspension when traversing speed bumps or uneven surfaces, as the complex multi-link front geometry fitted to the Range Rover is known for wear in the upper and lower wishbone bushes, anti-roll bar drop links, and air suspension components. On undulating roads, monitor the vehicle for any failure of the self-levelling system to maintain a consistent ride height, including any persistent sag at the rear or warning messages relating to suspension fault. Steering should remain precise and free from vagueness or knocking through the arc of lock, and any excess vibration or wandering at speed would warrant further investigation of the geometry and damping components. Braking response should be firm and progressive from the first application, with no judder felt through the pedal under steady pressure that might indicate disc run-out or corrosion of the friction surface from infrequent use. Given the relatively low mileage, inspect the brake discs closely for any lipping or surface rust that has become embedded rather than wiped away, and verify that the electronic parking brake applies and releases cleanly on both sides. Beneath the vehicle, a thorough visual check of the underbody, subframe mountings, brake pipes, and exhaust hangers is advisable, particularly given that low-mileage examples can still harbour corrosion in sheltered areas not closely examined during the MOT process. Finally, confirm that all electronic systems, including the infotainment, terrain response modes, and parking sensors, function correctly, as electrical faults are a known concern on this model and would not necessarily have been exercised during routine annual testing.