2024 Tesla Model 3 Long Range AWD Electric · SG24 AAJ

Absence of an MOT history for this 2024 Tesla Model 3 Long Range AWD is the defining characteristic of its current status, as the vehicle has not yet reached the three-year threshold required for mandatory testing in the United Kingdom. Because no independent DVSA inspection data exists to verify the structural integrity or component wear of the chassis, suspension, or braking systems, the vehicle remains entirely reliant on its manufacturer warranty status for mechanical assurance. There is no historical record of failures or advisories to indicate how the vehicle has performed under real-world road conditions, meaning any assessment of its roadworthiness is currently limited to a visual inspection of its present state. The lack of recorded mileage data prevents a comparative analysis of its usage intensity, making it impossible to determine if the vehicle has been subjected to high-frequency motorway commuting or intermittent short-distance cycles. Without an odometer history to correlate against its two-year age, one cannot establish whether the drivetrain components have been exposed to the accelerated wear associated with high-mileage operation or the potential for stationary degradation. Prospective buyers should verify the current odometer reading against the manufacturer's service logs to ensure that the lack of MOT data is strictly a function of its age rather than a result of an extended period off the road. Given the absence of MOT-derived defect history, the burden of inspection shifts to a physical evaluation of the vehicle's high-voltage battery housing, suspension geometry, and braking hardware. On a test drive, listen for any metallic clunks or knocking sensations emanating from the front and rear suspension linkages when traversing uneven road surfaces, as these are common points of wear that would typically be captured during an MOT. Furthermore, inspect the underside of the battery pack for any signs of impact damage or scrapes, as structural integrity in this area is critical for both safety and the long-term viability of the vehicle's primary power source. Braking performance should be evaluated closely, specifically looking for signs of binding calipers or uneven pad wear, which can occur if the regenerative braking system is used predominantly over the friction brakes. During the test drive, perform a series of controlled stops to check for pedal vibration or steering pull, which would indicate warped discs or seized sliding pins. Because the vehicle has not undergone an MOT, there is no objective verification of tyre tread depth or sidewall condition, necessitating a manual check of all four tyres for uneven wear patterns that might suggest misaligned tracking or suspension geometry issues.