2024 Land Rover Defender X-Dynamic S Phev Auto Hybrid electric (clean) · SW24 GVR

At the time of this assessment, there is no official DVSA MOT history recorded for this 2024 Land Rover Defender X-Dynamic S PHEV automatic. The absence of any MOT test records does not necessarily indicate a mechanical issue but rather reflects that the vehicle, being registered in 2024, has not yet reached the three-year threshold that mandates an MOT test under current UK roadworthiness regulations. With no test outcomes to review, no historical failure points or advisories can be evaluated, and the maintenance trend cannot be assessed against documented inspection data. Regarding recorded mileage, no odometer reading has been supplied, and there is insufficient data to compare mileage against the vehicle's age or to establish an annual usage rate. For a 2024 registered Defender, average annual mileage typically falls somewhere between 8,000 and 12,000 miles, though significant variation is possible. Because the mileage context is unknown, it is not possible to determine whether the vehicle has been subjected to high-mileage use, which would place greater demand on components such as the PHEV powertrain, regenerative braking system, and suspension components, or conversely whether it has been driven sparingly, which carries its own implications regarding standing degradation of mechanical components and potential battery concerns. The owner or supplying dealer should provide the current mileage along with documented service history to allow a proper assessment. Given that this is a relatively new vehicle with no MOT history yet recorded, a prospective buyer should focus on age and specification-appropriate checks rather than defect history. The PHEV powertrain, including its high-voltage battery pack, electric motors, and associated cooling systems, should be verified for diagnostic fault codes via a Land Rover-approved diagnostic tool, and the charging cable and infrastructure should be inspected for condition and any signs of damage. The 12V auxiliary battery in PHEV vehicles can degrade prematurely due to the complex electrical load demands, and it is worth confirming its state of health and date of manufacture, typically located on the battery casing itself. Brake discs and calipers on a Defender that has seen limited use may exhibit corrosion or binding, so the brake pedal feel, handbrake operation, and any pulling under braking should be evaluated carefully during a test drive. Additional physical inspection points relevant to a near-new Defender include a thorough check of the off-road-oriented suspension components for any knocks, clonks, or uneven tyre wear that might suggest hard use over rough terrain, even with low overall mileage. The tyres should be inspected for sidewall cracking or perishing, as age-related degradation can occur regardless of tread depth, and the production date code on the tyre sidewall should be checked to ensure they have not been stored excessively before fitting. The underbody, a Defender attribute, should be examined for any signs of impact damage or fluid leaks from the drivetrain, and the underside of the aluminium body panels should be inspected for corrosion or stone damage, particularly if the vehicle has been used in harsher environments. Finally, the buyer should verify the full Land Rover main dealer or specialist service history, ensuring all routine servicing including PHEV system health checks, coolant replacement, brake fluid renewal, and cabin filter changes have been carried out within manufacturer schedules, as these time-based servicing items are critical regardless of mileage accumulation.