2024 Land Rover Range Rover Sprt DYN SE Phev A Hybrid electric (clean) · SV24 YOO

With no MOT test history recorded against this 2024 Range Rover Sport plug-in hybrid, the available roadworthiness evidence is effectively a blank page, and that absence itself must frame any purchase decision. Vehicles typically become MOT-testable from the third anniversary of first registration, meaning a 2024 model is only just entering its first eligibility window. The lack of recorded tests therefore reflects the vehicle's age rather than any prior compliance concerns, but it also means there is no DVSA-verified data confirming that the brakes, suspension, tyres, emissions, lighting, or hybrid-specific systems have ever been independently inspected under the MOT regime. The prospective buyer is relying entirely on Land Rover dealer or specialist servicing records and a pre-purchase inspection to bridge this evidentiary gap. Mileage context is similarly absent from the file, with no annual or accumulated readings available to evaluate the usage profile of the vehicle. Given the 2024 registration date and the absence of recorded mileages, it is not possible to confirm whether this car has been driven principally on urban short journeys, longer motorway commutes, or a mixture of both. For a PHEV in particular, this distinction matters mechanically: predominantly short, low-speed running with frequent charging can leave the petrol engine, exhaust catalyst, and 12V auxiliary battery under-used, whereas predominantly long-distance running with the combustion engine working hard may accelerate brake disc corrosion due to reliance on regenerative braking. Without odometer readings, the buyer cannot weigh these competing wear patterns. Given that no advisory or failure data exists, buyer guidance must concentrate on the components most likely to require attention on a 2024 plug-in hybrid Range Rover Sport of this age and on the symptoms that would warrant rectification before purchase. Particular attention should be paid to the integrity of the underfloor high-voltage cabling, charge port door mechanism, and any warning messages relating to the hybrid powertrain, as these are not MOT-tested items but are expensive to remedy. The brake system should be examined for binding calipers, uneven disc wear, and any signs of corrosion pitting on the inner and outer faces of the discs, especially given the regenerative braking arrangement that can leave the friction brakes prone to surface corrosion. On the test drive, listen for clonks or knocks from the front and rear suspension over speed humps, check for steering pull or vibration under braking, and verify that the air suspension (where fitted) raises and lowers smoothly and maintains ride height without warning messages. Tyres should be inspected for uneven inner-edge wear, which can indicate misalignment or suspension geometry wear, and the underbody should be examined for any signs of fluid weeping from the transfer box, rear differential, or hybrid system coolers. Finally, because no MOT has yet been conducted, the buyer should commission an independent pre-purchase inspection from a Land Rover specialist before committing. A specific request should be made to scan the hybrid powertrain control modules for stored fault codes, as intermittent electrical issues on PHEV systems frequently do not illuminate a dashboard warning until a fault becomes acute. The charging cable and wall box compatibility should be confirmed, and the hybrid battery state of health should be verified through diagnostic readout rather than inferred from indicated electric range, which degrades naturally with battery age and temperature exposure. Only with these specialist checks can the absence of MOT history be compensated for, and the buyer gain reasonable confidence in the mechanical condition of the vehicle.