2024 Tesla Model Y Long Range AWD Electricity · MA74 RFF

At the time of writing, there is no official DVSA MOT history recorded for this 2024 Tesla Model Y Long Range AWD. Because the vehicle is relatively recent, it will not yet have required its first mandatory MOT test, which is due no earlier than the third anniversary of its initial registration. In the absence of any pass, failure, or advisory records, it is not possible to evaluate a maintenance trend, identify recurring defects, or assess progressive wear through the MOT framework. Any prospective buyer must therefore place greater reliance on independent mechanical inspection, service documentation, and a thorough physical appraisal rather than DVSA history. The clean record should not be interpreted as proven roadworthiness; it simply reflects that the statutory testing threshold has not yet been reached. The recorded mileage is stated as unknown, which prevents any meaningful analysis of annual usage relative to the vehicle's age. For a 2024 model, average mileage typically falls in the region of 8,000 to 12,000 miles per year, though this varies considerably depending on whether the vehicle is used primarily for commuting, long-distance travel, or remains largely idle. Without confirmed odometer readings across successive service intervals, it is impossible to verify whether the car has been subjected to high-mileage wear, such as accelerated degradation of suspension components, brake system wear, or drivetrain fatigue, or whether it has been used sparingly, which carries its own implications such as brake disc corrosion, fluid degradation, and potential 12V auxiliary battery issues. A buyer should request a full mileage audit from any previous keepers, supported by service invoices and any telemetry or app-based mileage logs Tesla maintains. Given the lack of MOT history and the vehicle's youth, practical buyer inspection should focus on age and calendar-related deterioration rather than wear-and-tear defects. Tyres should be examined closely for sidewall perishing and cracking, which can occur even on low-mileage vehicles due to UV exposure and ambient conditions, and the manufacturing date codes on the sidewalls should be checked to confirm they are not excessively aged. Brake discs and calipers should be inspected for surface corrosion, particularly if the car has been left standing for extended periods, as this can lead to binding calipers, uneven braking, and juddering under pedal pressure. The 12V auxiliary battery, which supports low-voltage systems in Teslas, should be tested for state of charge and health, as premature failure of this component is a known issue and can cause a range of electrical faults. Tyre tread depth should be measured across the full width and circumference, as uneven wear may indicate alignment or suspension geometry concerns despite low overall mileage. Finally, attention should be directed towards the vehicle's fluid systems and high-voltage component servicing. Brake fluid should be checked for moisture content, as it is hygroscopic and degrades over time regardless of mileage, typically requiring replacement every two to three years. The cooling systems for the battery pack and electric drive units should be inspected for leaks, corrosion at connection points, and proper fluid levels, as any compromise can affect thermal management and long-term battery longevity. The high-voltage battery state of health should be verified through a diagnostic scan, ideally using Tesla-approved tooling, to confirm retained capacity relative to the original specification. The charging port, on-board charger, and regenerative braking function should be tested during a road evaluation, listening for any abnormal noises from the drivetrain, monitoring for warning messages on the touchscreen, and confirming that the vehicle behaves consistently across different drive modes. A pre-purchase inspection by a specialist familiar with electric vehicles is strongly recommended to provide assurance in the absence of any DVSA test record.