2024 Tesla Model 3 Long Range AWD Electric · LG73 AKR

As this Tesla Model 3 Long Range AWD is a 2024 registration and is being evaluated with no MOT test entries on the DVSA record, the defining mechanical story is simply that official roadworthiness verification has yet to commence. Vehicles in the UK are not required to undergo an MOT until they reach three years of age, which means a 2024 plate would ordinarily only become due for testing during 2027. Consequently, there are no pass or fail outcomes, advisories, or defect histories to draw upon, and any mechanical narrative must be built around the absence of data rather than the presence of recorded issues. Once testing begins, the first examination will establish the baseline condition of items such as tyres, brakes, suspension components, lighting, and structural corrosion, and will be the first official benchmark against which any subsequent deterioration can be measured. With the recorded mileage listed as unknown and only a single model year to contextualise, there is insufficient data to draw any conclusions about annual mileage accumulation or usage intensity. Without corroborating figures, it is not possible to assess whether the vehicle has been driven predominantly on long motorway commutes, subjected to urban stop-start cycles, or used sparingly. A prospective buyer should therefore request verified mileage evidence from service records, the Tesla in-app vehicle data, or the V5C logbook to establish how the odometer has progressed since first registration. Equally, there are no testing gaps to interpret, as no MOT examinations have yet been undertaken. For an electric vehicle, usage pattern carries particular relevance for battery longevity and brake wear, since EVs typically rely on regenerative braking and may exhibit extended disc and pad life compared with combustion equivalents, though this can only be confirmed once verified mileage and brake inspection data are available. From a pre-purchase standpoint, the absence of an MOT history means a buyer must rely on alternative verification methods. An independent specialist inspection or a Tesla-approved pre-purchase assessment would be advisable to confirm the condition of the high-voltage battery pack, the underbody structure for any corrosion or accident damage, the suspension arms and bushes for wear, and the brake discs and pads for surface corrosion or lipping given the regenerative braking characteristics of the drivetrain. Tyre condition should be physically examined for even tread wear across both axles, as uneven wear can indicate alignment or suspension geometry issues, and the wheels inspected for kerb damage. The charge port, Type 2 connector, and any associated cabling should also be checked for secure operation and signs of damage. On a test drive, attention should be focused on any unusual noises from the suspension over uneven surfaces, as knocks or creaks from the front MacPherson strut assemblies or rear multi-link components can signal worn bushes or top mounts. Steering response should be checked for any vibration, pulling to one side, or hesitation, all of which could indicate tracking misalignment or uneven tyre wear. Brake feel should be assessed both during regenerative and friction braking, listening for grinding, squealing, or judder through the pedal that might point to corroded discs or binding calipers, particularly if the vehicle has been left stationary for extended periods. Finally, the driver assistance systems, infotainment screen, and climate control should be confirmed as fully operational, since electronic faults on these systems are not flagged by MOT testing but represent a meaningful portion of any Tesla ownership experience.