全球首款浮筒式双座水上电动飞机——RX1E-S水上电动飞机近日在延庆完成北京地区首飞

Core Viewpoint - The RX1E-S, the world's first floating two-seat electric seaplane, has successfully completed its first flight in Beijing's Yanqing District, marking a significant advancement in electric aviation technology and its application in ecological monitoring and fisheries law enforcement [1][3]. Group 1: Product Features and Innovations - The RX1E-S is equipped with a dual-float support takeoff and landing system and retractable water rudders, allowing for flexible takeoff and landing in narrow water areas within 200 meters and precise docking at docks [3]. - The seaplane operates with a noise reduction of 40% compared to traditional fuel aircraft and features zero emissions, making it an ideal tool for monitoring in ecologically sensitive areas [3]. - The design incorporates biomimicry principles, reducing wave resistance by 30%, which protects aquatic habitats while enhancing operational efficiency [3]. Group 2: Applications and Benefits - The RX1E-S will be tested in fisheries law enforcement, significantly improving efficiency by enabling immediate inspections, reducing the time required for waterway patrols from two days to a much shorter duration [5]. - The Beijing Hydrogen Energy General Aviation Innovation Research Institute, led by academician Yang Fengtian, has notable advantages in the design of new energy general aircraft, composite material forming, and hydrogen testing [5]. - The RX4E, another aircraft developed by the same team, is the first electric model in China and globally to apply for CCAR-23 certification, showcasing high efficiency and low operational costs suitable for flight training and tourism [5]. Group 3: Industry Development and Support - Yanqing District is recognized as one of the first national "Civil Unmanned Aerial Vehicle Test Zones," leveraging favorable airspace conditions and focusing on the development of low-altitude technology industries, including drones and counter-drone technologies [6]. - The district is actively expanding application scenarios and optimizing the industrial ecosystem to support the growth of low-altitude technology, including the deployment of 5G-A integrated sensing networks and drone detection and control technology [6].