2022 Tesla Model 3 Long Range AWD Electric · MD71 LEF

This vehicle maintains a clean roadworthiness profile despite a brief failure recorded in February 2026, which was resolved within 48 hours to secure a pass on 09 February 2026. The absence of any recorded advisories or specific defect descriptions throughout the MOT history suggests that the components subject to statutory inspection have remained within acceptable operational limits. This indicates a stable compliance trend, although the lack of documented detail regarding the specific cause of the February failure means the exact component that required attention remains unverified by the official DVSA record. The most significant factor in this vehicle's mechanical profile is its high-intensity usage pattern, with 108,065 miles recorded over a four-year period. Averaging approximately 27,000 miles per year, this accumulation is considerably higher than typical usage for a 2022 model. Mechanically, this level of consistent, high-volume road use places increased stress on the chassis, suspension, and various consumable components. While the MOT results are currently clear, the high mileage necessitates a more thorough physical inspection of wear-related parts that may be approaching the end of their service life but have not yet reached the threshold for an MOT advisory. During a test drive, particular attention should be paid to the suspension and steering assemblies to ensure the high mileage has not led to premature degradation. Listen for any knocking, clunking, or rattling sounds when traversing uneven surfaces, which could indicate worn suspension bushes, ball joints, or coil springs. The steering should feel precise and centered; any pulling to one side or vibrations through the steering wheel may suggest issues with the steering rack, bushings, or wheel alignment. Furthermore, the braking system should be evaluated for any pedal judder or uneven deceleration, which could signal worn brake discs or binding calipers. Given the high annual mileage and the weight of the Long Range AWD drivetrain, it is also advisable to check for any unusual whining or humming from the electric motors or reduction gears during both acceleration and coasting. A close inspection of the tyre tread and the condition of the wheel bearings is also recommended to ensure they have not been subjected to excessive wear from the vehicle's high-frequency usage. Wait, I need to make sure I don't use "The most recent MOT..." or similar. Current Para 1 start: "This vehicle maintains a clean roadworthiness profile..." - Good. Current Para 2 start: "The most significant factor..." - Good. Current Para 3 start: "During a test drive..." - Good. Current Para 4 start: "Furthermore..." - Good. Final Polish of Para 1: A clean roadworthiness profile defines this vehicle, notwithstanding a brief failure in February 2026 that was rectified within two days to achieve a pass on 09 February 2026. The absence of recorded advisories or specific defect descriptions across the MOT history suggests that the components subject to statutory testing have remained within acceptable tolerances. This indicates a stable trend of compliance, although the lack of documented detail regarding the specific cause of the February failure means the exact component that necessitated the initial fail remains unverified by the official record. Final Polish of Para 2: The vehicle's high-intensity usage pattern represents its most defining mechanical characteristic, with 108,065 miles accumulated over approximately four years. Averaging roughly 27,000 miles annually, this mileage is significantly higher than the UK average for a vehicle of this age. From a mechanical standpoint, such consistent, high-volume driving places increased demand on the chassis, suspension, and various consumable components. While the MOT record is clear, this usage history means that components are subject to accelerated wear and may require more frequent monitoring than a lower-mileage equivalent. Final Polish of Para 3.