2024 Tesla Model Y Long Range AWD Electricity · E11 RSM

This Tesla Model Y Long Range AWD, registered in 2024, 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 evidence of how the vehicle has performed under inspection, whether critical systems like suspension integrity, brake binding, or exhaust emissions have been assessed, or if any structural corrosion or electrical faults have been addressed. The absence of test data means no trend—whether stable, worsening, or improving—can be established, leaving the buyer unable to gauge whether basic maintenance has been consistently applied. This lack of transparency is particularly concerning for an electric vehicle, where battery health, high-voltage system integrity, and thermal management are not covered by standard MOT checks and require specialist oversight. Mileage data is entirely absent, which complicates any assessment of usage patterns. A 2024 vehicle should have accumulated between 1,000 and 15,000 miles by August 2026 if driven at average UK rates, yet no figures are available to confirm whether the car has been lightly used, intensively driven, or even stored. Without mileage context, it is impossible to correlate wear with expected service intervals, such as suspension bush degradation, brake pad life, or tyre degradation. The lack of even a single MOT record also means there is no baseline to compare against, leaving unanswered whether the vehicle has undergone necessary servicing or if critical components like regenerative braking systems, cooling circuits, or suspension mounts have been inspected. Given the complete absence of MOT history, a buyer must treat this vehicle as a high-risk purchase with no verified maintenance record. The primary focus of an in-person inspection should be the suspension system—particularly the condition of coil springs, bushes, and struts—for signs of premature wear or misalignment. Brake systems, including caliper binding, disc thickness, and rotor warping, must be thoroughly checked, as electric vehicles often experience unique thermal stresses. Structural integrity, especially around the battery pack and high-voltage pathways, should be scrutinised for corrosion or damage, as these are not routinely covered by MOT tests. Additionally, the tyre tread depth and uniformity should be verified, as failing twice on this defect in other vehicles suggests basic upkeep may have been neglected. Without prior test data, no component can be assumed reliable.