2024 Tesla Model X Long Range AWD Electric · MH73 XWN

This Tesla Model X Long Range AWD, registered in 2024, presents a critical absence of any MOT history, rendering a formal roadworthiness assessment impossible. Without prior test records, there is no baseline to evaluate maintenance trends, recurring faults, or the vehicle’s structural condition. The lack of documentation also precludes any assessment of whether the car has been subjected to regular servicing or if critical components—such as high-voltage battery integrity, regenerative braking systems, or autonomous driving hardware—have been properly maintained. For a vehicle of this age and complexity, even a single MOT would provide essential context regarding whether the manufacturer’s warranty or Tesla’s service network had intervened for recalls or software updates. The absence of mileage data further complicates any evaluation. A 2024 Tesla with no recorded usage history cannot be assessed for excessive wear, premature failure risks, or whether the vehicle has been stored improperly, which could lead to issues like degraded suspension seals or corroded wheel bearings. In the UK, even a single MOT entry would typically reveal whether the car had been driven regularly or left unused, potentially accelerating wear in areas like tyre degradation or fluid contamination. Without this, buyers must assume the worst-case scenario: that the vehicle’s condition is unknown, and critical components may have deteriorated beyond observable signs. Given the complete lack of MOT data, any buyer should prioritise a thorough inspection of the high-voltage battery system, including visual checks for swelling, corrosion at terminals, or fluid leaks from cooling circuits. The regenerative braking system—critical to Tesla’s performance—should be tested for consistent deceleration and lack of binding or excessive heat buildup. Suspension components, particularly the air suspension system if fitted, must be examined for leaks, uneven ride height, or worn-out air springs, as these are common points of failure in electric vehicles. Additionally, the braking calipers and discs should be inspected for uneven wear or binding, as electric vehicles often experience different thermal stress patterns compared to conventional cars. Finally, the structural integrity of the battery compartment and underbody should be scrutinised for signs of corrosion or improper sealing, which could indicate past neglect or exposure to moisture.