2011 Land Rover Range Rover 3.6L Diesel · LN03 ALE

The most recent DVSA examination recorded against this 2011 Land Rover Range Rover is a clean pass dated 12 March 2026, with no advisory notes, defect entries, or failure items logged against the vehicle. Reviewing the broader history, the car has demonstrated a consistent pattern of straightforward passes at each annual test back through March 2022, with no recorded advisories, wear items, or component concerns highlighted by the examiner at any point. This represents an unusually tidy MOT history for a vehicle of this age and marque, indicating either meticulous preventative maintenance on the part of the previous keeper or potentially the absence of the typical age-related wear items that usually surface on a fifteen-year-old Range Rover. While the trend is unambiguously stable and free of recorded deterioration, it is worth noting that a clean MOT record is a baseline legal compliance check rather than a comprehensive mechanical health report, and physical inspection remains essential. The recorded mileage of 115,357 miles over a fifteen-year life equates to an annual average of approximately 7,690 miles, which is broadly typical for a large luxury SUV of this vintage, though it does sit at the lower end of average usage for the UK parc. This figure suggests the vehicle has been driven regularly rather than left standing for prolonged periods, which is generally favourable for the health of complex drivetrain components such as the transfer box, air suspension system, and differentials, all of which can suffer from oil starvation or seal degradation when a vehicle is left unused. There are no significant gaps in the recorded mileage progression that would suggest clock irregularities or extended storage periods, and the steady accumulation supports the assumption of consistent mechanical use. Given the mileage, the major service items typically due on this generation of Range Rover, including timing chain inspection on the diesel variants, automatic transmission fluid changes, and transfer box servicing, should be confirmed as having been carried out to schedule. Despite the clean MOT history, prospective buyers should approach this vehicle with a heightened degree of scrutiny appropriate to its age, mileage, and the inherent complexity of the Range Rover platform. A physical inspection should commence with the tyres, checking for sidewall perishing and cracking which can occur on age rather than mileage, as well as uneven wear across the tread which would indicate tracking misalignment, worn suspension bushes, or air suspension component faults. The air suspension system in particular warrants close attention, including a check for the vehicle sitting level overnight, any sagging at the corners, and listening for the compressor operating excessively or frequently when the engine is started, as compressor failure and air spring leaks are recognised concerns. Test driving should include driving over uneven surfaces at low speed to listen for clonks or knocks from the front suspension, indicative of worn control arm bushes, anti-roll bar drop links, or ball joints, while any brake shudder felt through the pedal under moderate pressure would suggest warped front discs, a common wear item at this mileage. Further practical inspection points include a thorough check of the 12V battery health, as the vehicle's complex electronic systems place significant demand on the electrical architecture and a failing battery can cause a cascade of warning lights and system faults. Brake fluid, coolant, and gearbox oil should be verified as being within their calendar-based service intervals, as these fluids degrade with age irrespective of mileage, and a service book or documented history demonstrating recent replacement will add confidence. The underside of the vehicle should be examined for signs of fluid leaks from the engine sump, transmission, transfer box, or air suspension struts, and the exhaust system inspected for corrosion at the joints and mounting points, particularly given the age of the vehicle. Finally, given the known electronic complexity of this Range Rover generation, a diagnostic scan with a Land Rover-specific tool to identify any stored fault codes, particularly within the suspension, transmission, and terrain response systems, would be a prudent final step before purchase.