2023 Land Rover R-Rover Sport DYN SE D Mhev A 3.0L Diesel · J15 WAC

With only a single MOT pass recorded on 27 January 2026 and a completely clean defect sheet, the documented roadworthiness history for this Range Rover Sport is reassuringly sparse, offering a stable baseline rather than a long pattern of advisories or component failures to scrutinise. Because the vehicle has only just entered its fourth year and the MOT database holds just one entry, there is no longitudinal trend of brake wear, suspension degradation, or exhaust corrosion to interpret. The absence of any recorded advisories at this stage means the major mechanical systems brakes, tyres, steering, suspension, lighting, and emissions were all judged compliant under DVSA standards at that test. For a buyer, this single clean pass is a positive starting point but should be treated as a snapshot rather than a complete reliability profile, and a pre-purchase inspection remains strongly advisable given the vehicle's complexity and six-figure purchase price. The recorded mileage of 17,817 miles against an age of roughly three years equates to an annual accumulation of approximately 5,939 miles, which is notably below the national average. While this rate of use typically results in less wear on high-friction components such as brake discs, pads, tyres, and clutch materials, it carries its own mechanical considerations. Diesel particulate filter performance can suffer on vehicles used predominantly for short journeys, particularly urban stop-start driving, as the unit relies on sustained higher exhaust temperatures to regenerate effectively. Coolant hoses, air conditioning seals, and various rubber and polymer components can deteriorate through lack of regular cycling rather than through mileage, and the charging system should be verified to ensure the MHEV 48V mild-hybrid architecture has been functioning correctly. A thorough diagnostic scan confirming no stored fault codes within the hybrid battery management and emissions systems is highly recommended given the low usage pattern. With no component-specific advisories on file, there are no flagged items to use as a direct starting point for targeted inspection. However, given the heavy unladen weight of this vehicle and its air suspension configuration, particular attention should be paid to the air springs, compressor, and valve block on the test drive and inspection ramp. Listen for the compressor running excessively at standstill, watch for the vehicle sitting unevenly after ignition, and feel for any sagging over a few minutes of idling. Test the raise and lower functions through all terrain response settings if the seller permits, ensuring the system settles smoothly without warning messages on the dashboard. The electronic anti-roll bar disconnect system should be checked for clean operation, and any hesitation or warning indication warrants further investigation before purchase. Brake feel and response should be assessed carefully, particularly given the combination of low mileage and the brake pad/disc corrosion that can develop from infrequent use rather than wear. On a test drive, expect a firm pedal without excessive travel, and note any judder, vibration through the steering, or pulling to either side under braking which could indicate seized caliper slide pins or pad binding. Inspect the underside for any signs of fluid leakage from the air suspension struts, rear differential, or transfer box, all of which are common wear points on this platform. A final pre-purchase road scan using a Land Rover approved diagnostic tool would be prudent to interrogate the MHEV system, the electronic limited slip differentials, and the infotainment control modules for any latent faults that a standard MOT does not cover.