eVTOL可实现水上起飞 低空场景向“海空一体”延伸

Core Insights - The company, Peak Fly Aviation Technology, has launched the world's first "sea and air integrated low-altitude economic solution," combining a "zero-carbon water airport" with eVTOL aircraft to address challenges in low-altitude infrastructure deployment and operation [1][3]. Group 1: Solution Overview - The "sea and air integrated" solution includes a zero-carbon water airport that serves as a mobile air hub, featuring eVTOL takeoff platforms, energy storage for charging, intelligent scheduling systems, and communication support, deployable across various water bodies [3]. - The solution aims to enhance the entire transportation infrastructure, providing mobile facilities on water to complement existing land-based infrastructure, facilitating point-to-point travel for passengers [3]. Group 2: Market Potential and Application - The eVTOL aircraft can achieve competitive pricing comparable to ride-hailing services once mass adoption occurs, requiring significant fleet sizes in cities and countries to reach economies of scale [3]. - The current low-altitude economy is growing rapidly, but there is a substantial gap in eVTOL infrastructure, with water-based takeoff sites adaptable for multiple eVTOL models, enabling quick implementation of point-to-point services [3][4]. Group 3: Application Scenarios - The "sea and air integrated" solution can cater to various applications, including marine energy platform operations, high-frequency commuting, marine tourism experiences, emergency rescue, and mobile air port cluster operations, thereby enhancing efficiency and promoting the integration of low-altitude and marine economies [4]. Group 4: Demonstration and Future Outlook - The solution was publicly demonstrated for the first time at Dian Shan Lake, showcasing the collaborative operational capabilities of the zero-carbon airport and eVTOL aircraft through a "water and low-altitude" linkage [6]. - As part of the "14th Five-Year Plan," the low-altitude economy is transitioning from pilot demonstrations to systematic and large-scale development, with the solution expected to activate coastal and inland water resources, providing rapid deployment options for urban areas [6].