2023年6月16日

磁悬浮Aero走出隐形与20多个发布专利支撑其专有磁悬浮升华™航空推进平台磁悬浮航空已经开始与主要航空oem合作,并收到了来自著名的技术支持和资金投资者和行业领袖包括突破能源企业、材料的影响,第一阶段企业,资本和毅力摩埃资本等公司的独特的方法利用磁悬浮技术用于高速列车达到超低噪音操作在起飞和着陆,提升效率高,更大的有效载荷和高安全磁悬浮Aero -一个航空航天领袖与20多个发布专利支撑一个突破推进平台,将使下一代的大腿电动飞机垂直起飞和着陆(eVTOL)——将在巴黎备受期待的空中机动会议上,在巴黎航展上共存,发言人周二会议,6月20日下午1:45。c。里程碑事件将标志着磁悬浮Aero的公开亮相后近期隐形和揭幕的专有推进技术。“我们荣幸被邀请说话在巴黎空中机动事件,我激动地推进技术,揭示了突破我们的勤奋工作和热情在隐身在过去的几年里,“伊恩·兰德尔说,磁悬浮Aero的联合创始人和首席执行官。“我们会导致一个重要的讨论城市空气流动,以及我们的专有磁悬浮升华™平台将使新一代的eVTOL设计更安静,高效、安全、可持续和情感上吸引大众市场。我渴望听到我们的同行,共同推进城市交通景观。“在巴黎的空气流动,磁悬浮航空的领导团队将探索eVTOL操作噪声的关键的挑战和新一代的推进的必要性,实现超低噪音操作,尤其是在起飞和降落时,可能需要发生深入社区接近人们生活、工作和娱乐。这一突破性的关键是获得公众接受并确保广泛的可访问性城市航空运输。磁悬浮Aero的创新使大型rim-driven环形转子最大化效率和控制3垂直电梯和高速巡航。磁悬浮升华™平台利用磁悬浮高速磁悬浮列车悬浮原理中发现,使用磁轴承支持many-bladed rim。永久磁铁的被动电动悬架,加上分段电机控制,使高度冗余和高效的分布式电力推进的四周边缘开车。 This allows the MagLev HyperDriveTM propulsor to safely operate with high hover lift efficiency and lower blade loading at slower speeds, as well as reduced noise levels during hover, surpassing traditional helicopters and multi-rotor eVTOLs. “The eVTOL industry has achieved many important milestones in the pursuit of urban air mobility. MagLev Aero’s breakthrough technology is poised to extend these successes with a ground-up designed electric propulsion platform that is purpose-built for ultra-low noise in vertical takeoff and landing, as well as cruise, and will allow industrial design that provides for a compelling user experience,” said Rod Randall, MagLev Aero’s co-founder and chairman. “We believe our HyperDriveTM innovation applies to a variety of sizes, configurations and use cases, and we look forward to working with OEMs and other partners to bring our technology to market.” MagLev Aero has attracted support from prominent technology investors and industry leaders, including Breakthrough Energy Ventures, Material Impact, Stage 1 Ventures, Grit Capital and Moai Capital, as well as several other strategic partners. MagLev Aero’s unique business model prioritizes propulsion, allowing its platform to be integrated into various aircraft concepts and eVTOLs. This approach opens up possibilities for new and innovative applications and industrial design elements. Share this article: