2024 Tesla Model Y Long Range AWD Electricity · MM74 SVT

A prospective buyer evaluating this 2024 Tesla Model Y Long Range AWD should note that no official DVSA MOT test history is currently recorded against the vehicle. As a relatively recent registration, the car would only become subject to compulsory MOT testing once it reaches three years of age, meaning its first statutory examination would not be due until 2027 at the earliest. Consequently, there are no recorded pass results, advisory notices, or failure items to draw conclusions from, and no historical trend can be established regarding its roadworthy condition. The absence of an MOT record is therefore entirely expected and should not be interpreted as a negative indicator, but rather as confirmation that the vehicle has not yet reached the statutory testing threshold. Regarding mileage, no recorded odometer readings are available through official channels, and there is insufficient data to compare against the vehicle's age. A 2024 model typically averages somewhere between 8,000 and 12,000 miles annually under normal private use, though Tesla Model Y vehicles often display considerable variation depending on whether they are used primarily for commuting, family transport, or longer distance travel given their substantial battery range. Without verifiable mileage history, it becomes particularly important for the buyer to scrutinise the in-car and dashboard odometer readings, cross-reference them with any available service records from Tesla or independent specialists, and confirm consistency throughout the vehicle's documented provenance. Given the lack of an MOT history and unverified mileage, physical inspection becomes especially crucial. Even on a low-mileage or relatively new electric vehicle, age-related deterioration can still occur. The buyer should carefully examine the tyre sidewalls for cracking, perishing, or ozone damage, as rubber compounds degrade with time regardless of tread depth, and UV exposure can cause brittleness well before the tread is worn. Brake discs and calipers should be inspected for corrosion and potential seizure, particularly given the regenerative braking system which can lead to surface rust accumulation and, in some cases, binding calipers from infrequent mechanical braking application. The 12V auxiliary battery, which powers ancillary systems and differs from the main traction pack, should be checked for health and voltage, as premature failure of this unit is a known issue on certain Tesla models and can manifest through erratic warning messages or system faults. Additional considerations should include the condition of the high-voltage traction battery and its state of health, which can be assessed through Tesla's diagnostic systems or a third-party OBD evaluation, as any significant degradation would directly impact range and resale value. Fluid services such as brake fluid replacement and coolant changes for the thermal management and drivetrain systems follow calendar-based intervals rather than mileage, so verifying when these were last performed is advisable. Suspension components, including coil springs and bushes, should be inspected for any signs of wear or damage, and a careful test drive should be conducted to detect any unusual noises, vibrations, or irregularities in ride quality, steering response, or regenerative braking behaviour. Finally, ensuring that all software updates have been applied and that the vehicle's full service and warranty documentation is present will provide further assurance of its mechanical and electrical integrity.