全世界都在围堵隐藏门把手

Core Viewpoint - The article discusses the safety concerns surrounding Tesla's hidden door handle design, particularly in relation to emergency situations where passengers may be trapped inside the vehicle due to the difficulty in accessing the manual release mechanism [4][10][19]. Group 1: Investigation and Incidents - The National Highway Traffic Safety Administration (NHTSA) has initiated a defect investigation into the 2022 Tesla Model 3, estimating that approximately 179,071 vehicles may be affected due to issues with the emergency door opening mechanism [5][19]. - The investigation is in the "defect petition" phase, assessing the severity of the issue and whether to formally proceed with the case [9][19]. - There have been multiple incidents reported where passengers were unable to escape from Tesla vehicles during emergencies, leading to fatalities and injuries [12][17][20]. Group 2: Regulatory Response - The hidden door handle design has become a global regulatory focus, with discussions and warnings issued by various international regulatory bodies, including the United Nations and European Union, regarding the safety of electronic door handles [22][23]. - The NHTSA has previously received at least 16 reports of malfunctioning electronic door handles in the 2021 Tesla Model Y, prompting further scrutiny of Tesla's door system design [19][20]. - Tesla faces potential fines of up to $140 million if it fails to respond adequately to regulatory inquiries regarding the door handle issues [20]. Group 3: Industry Perspectives - Industry leaders, including executives from Volkswagen and Great Wall Motors, have criticized the hidden door handle design, arguing that it prioritizes aesthetics over safety and can complicate emergency exits [25][26]. - The article highlights that the hidden door handle design, initially seen as an innovative feature, has led to safety concerns that are now prompting regulatory changes [30][32]. - New regulations in China require that door handles must allow for mechanical operation in any state, indicating a shift towards prioritizing safety in vehicle design [33][34].