Core Viewpoint - The recent draft of the "Technical Conditions for Motor Vehicle Operation Safety" proposed by the Ministry of Public Security has sparked significant discussion in the automotive industry, particularly regarding its implications for the design and performance of electric vehicles and traditional cars [1][2]. Summary by Sections Regulations Impacting Vehicle Design - The draft includes mandatory national standards that, if not met, will prohibit the sale of vehicles. Key regulations target unreasonable designs in electric vehicles, affecting brands from Tesla to traditional manufacturers [2]. - Specific requirements include maintaining mechanical emergency structures for doors, mandatory physical controls for various functions, and restrictions on screen usage while driving [3][4]. Public Reaction and Debate - The regulation mandating a default acceleration time of over 5 seconds for vehicles has generated mixed reactions. Supporters argue it enhances safety, while opponents believe it restricts vehicle performance and could hinder the growth of the electric vehicle sector [6][7]. Global Perspectives on Road Safety Regulations - The article explores how different countries manage road safety. For instance, in the UK, insurance companies play a crucial role in regulating vehicle performance through pricing models based on various risk factors [8][10]. - Australia employs a tiered licensing system to ensure drivers gain experience before operating high-performance vehicles, reflecting a structured approach to driver capability [17][21]. - Japan's "gentlemen's agreement" among manufacturers historically limited vehicle performance to enhance safety, demonstrating a unique industry self-regulation approach [32][35]. Future Considerations - The draft regulations may signify the beginning of a more structured approach to vehicle performance and safety in the industry, rather than a blanket restriction on high-performance vehicles. The potential for a tiered licensing system or vehicle classification based on performance is suggested as a way to balance safety and technological advancement [51][58].