The Dangers Created by Tesla's Door Design

Core Insights - Tesla's electric vehicle design features, such as battery-powered door handles and mechanical releases, complicate emergency situations during crashes, particularly when power is lost [1][3][4] - There is a significant gap in regulatory oversight regarding the ease of egress for passengers and first responders after a crash, despite Tesla's high safety ratings in crash tests [7][8] Group 1: Design and Functionality - Tesla vehicles are equipped with two batteries: a primary battery for powering the vehicle and a low voltage battery for operating features like doors and windows [3] - In the event of a power loss, doors lock, making it difficult for passengers to exit and for first responders to enter [3][4] - The mechanical override mechanism is challenging to locate and use, which has been a factor in several fatal crashes [4][5] Group 2: Regulatory and Safety Concerns - Current crash testing regulations in the U.S. focus on vehicle performance during crashes rather than post-crash egress for occupants [7][8] - Tesla has not engaged with media inquiries regarding these safety concerns, and regulatory agencies have also been slow to respond [6][12] - The design of newer Tesla models, including the Cybertruck, presents additional challenges for emergency exits due to the flat door design and child safety features [10][11]