2024 Tesla Model Y Long Range AWD Electric · LB24 GGK

Because this 2024 Tesla Model Y Long Range AWD has no recorded DVSA MOT history, the available roadworthiness data is restricted solely to the new-vehicle compliance period rather than any in-service test record. As a vehicle first registered in 2024, it is not yet required by the DVSA to have undergone an MOT test, since cars in the United Kingdom are not mandated to be tested until they reach three years of age. The absence of an MOT record therefore reflects its age and the statutory testing window rather than any mechanical deficiency or unresolved defect. Without a documented test pass or advisory, it is not possible to confirm brake efficiency, suspension condition, tyre wear rates, or underbody corrosion status from the official record. A prospective buyer cannot rely on MOT evidence to verify long-term mechanical trajectory, so the vehicle remains in a pre-test condition from a roadworthiness verification standpoint. With recorded mileage classified as unknown and no MOT tests logged, there is no DVSA mileage history against which to benchmark annual accumulation. Vehicles of this model and age commonly cover between 10,000 and 18,000 miles per year depending on whether they are used primarily for commuting, family transport, or longer-distance travel, and the Model Y Long Range AWD in particular is frequently used as a high-mileage executive or family vehicle due to its extended battery range. Without verified mileage figures, the rate of wear on components such as tyres, brake discs, brake pads, and suspension bushes cannot be assessed through official records. Any unusually high or low mileage accumulation that may have occurred in the first two years of service is also not reflected in the dataset, and the buyer should therefore verify mileage through other documentation before forming a mechanical judgement. For a Tesla Model Y of this age, the components most likely to present early wear are the tyres, brake discs and pads, and suspension bushes, particularly given the vehicle's mass and instant torque delivery which can accelerate uneven tyre shoulder wear and stress the front suspension geometry. On a test drive, the buyer should listen for any knocking or clonking from the front suspension over uneven surfaces, which could indicate worn anti-roll bar links, top mounts, or control arm bushes, and should feel for vibration through the steering wheel which may point to wheel imbalance or warped brake discs. Any pulling to one side under braking or acceleration, or a spongy brake pedal feel, should be investigated immediately as it may signal binding calipers or hydraulic issues within the regenerative braking system. The steering should also be assessed for play or looseness around the central position, as premature rack wear or tie rod degradation would be a concern even at relatively young mileage. Given the complete absence of MOT history and mileage data, the prospective buyer should commission an independent pre-purchase inspection from a specialist familiar with Tesla vehicles, including a thorough underbody examination for any corrosion or damage to the high-voltage cabling and suspension subframes. The 12V auxiliary battery, which is known to require replacement at relatively low mileage on some Tesla models, should be load tested, and the main high-voltage battery state of health should be verified through the vehicle's diagnostic port or the Tesla smartphone application. Tyres should be inspected for uneven wear patterns across the axle, and the discs and pads measured for remaining material, as official records provide no reassurance on these items. Without an MOT record to lean upon, the mechanical risk assessment rests entirely on a physical inspection and a verified mileage confirmation rather than on the DVSA database.