2025 Tesla Model Y Long Range AWD Electric · DR74 PEN

This Tesla Model Y Long Range AWD, registered in 2025, presents a critical gap in its maintenance documentation, as no MOT history exists to verify its roadworthiness or service compliance. Without prior test records, there is no established baseline to assess whether the vehicle has undergone necessary checks for high-voltage systems, suspension integrity, or structural corrosion—areas where electric vehicles often face unique risks. The absence of any MOT data also means critical advisories on binding brakes, worn suspension bushes, or failing emissions systems cannot be ruled out or confirmed. Buyers must treat this as a red flag, as the lack of testing history suggests either a vehicle never previously tested or deliberate suppression of records, both of which raise serious concerns about reliability and safety. Mileage data is entirely absent, leaving no way to evaluate whether the vehicle has been driven sparingly or excessively for its age. A 2025 registration with no MOT history implies either a brand-new vehicle that has never been on the road—or, more concerning, one that has been driven without legal compliance. Even if the mileage were low, the absence of test records means critical components like regenerative braking systems, thermal management units, or high-voltage battery integrity cannot be verified. Without this data, there is no way to determine if the vehicle has been subjected to proper maintenance intervals, which for an EV are particularly critical due to the accelerated wear risks of thermal and electrical systems. Given the complete lack of MOT history, an immediate in-person inspection should prioritise high-voltage system integrity, including battery cell health and thermal management functionality. The suspension—particularly coil springs, dampers, and steering rack seals—must be scrutinised for wear, as EVs often experience uneven weight distribution that accelerates bush and joint degradation. Brake systems, including regenerative and mechanical components, should be tested for binding calipers or uneven pad wear, as past failures in similar models have linked to overheating in high-performance EVs. Structural corrosion, particularly around wheel arches and underbody, should also be checked, as electric vehicles with higher ground clearance can accumulate moisture and debris more readily. The absence of any prior MOT means these areas cannot be assumed to be in good condition.