2024 Tesla Model 3 Electric · D7 CPR

This Tesla Model 3 lacks any MOT history, rendering a formal roadworthiness assessment impossible. Without a single test record, there is no baseline to evaluate maintenance trends, recurring faults, or the vehicle’s compliance with UK safety and emissions standards. The absence of MOT data also precludes any assessment of whether the car has been subject to regular servicing or if critical components—such as suspension geometry, brake systems, or structural integrity—have been neglected. Buyers should treat this as a red flag, as even electric vehicles require periodic checks for wear items like tyres, wiper blades, and high-voltage system integrity, none of which can be verified without a test history. The vehicle’s age of just two years (as of August 2026) contrasts sharply with the complete absence of MOT records. Typically, a Tesla Model 3 would have undergone its first MOT at three years or 60,000 miles, whichever came first. The lack of any documentation suggests either a deliberate omission—potentially to hide a failed test—or that the car has never been legally tested in the UK. This gap is particularly concerning for an electric vehicle, where battery degradation, thermal management, and high-voltage system faults are not always visible to the untrained eye. Without mileage data, it’s impossible to determine whether the car has been driven minimally or excessively, but the absence of even a single test record raises serious questions about the owner’s commitment to compliance. Given the complete lack of MOT history, a prospective buyer must conduct an exhaustive pre-purchase inspection, with a focus on areas where electric vehicles often fail or degrade prematurely. Primary concerns include the suspension system—particularly the alignment of coil springs and bushes, which can degrade silently—and the braking system, where binding calipers or uneven wear on carbon-ceramic discs might indicate poor maintenance. The high-voltage battery and its cooling system should be scrutinised for corrosion, fluid leaks, or swelling, as these are common failure points in EVs. Structural integrity, including welds and underbody corrosion—especially in the wheel arches and sills—must be checked, as these areas are prone to hidden damage. Additionally, the tester will need to verify that all software updates are current, as Tesla’s over-the-air systems are critical to performance and safety. Without prior MOT data, no assumption of reliability can be made.