Core Viewpoint - The company emphasizes the growing importance of metamaterials in the aerospace sector, asserting that they are essential for the next generation of aerospace equipment, which requires complex functional structures and high performance [1][3]. Group 1: Metamaterials and Aerospace - Metamaterials are defined as artificially engineered materials that exhibit extraordinary physical properties not found in natural materials, applicable in various fields including defense and aerospace [1]. - The market perception that metamaterials are limited to niche applications is challenged by the company, which argues that they are becoming a core technology in complex aerospace structures with significant market potential [1][3]. - Traditional aerospace manufacturing faces challenges, with a maximum yield of 20% when using conventional composite materials for complex structures, while metamaterials can achieve a high yield of 97.51% due to their integrated functional structure [4]. Group 2: Market Potential and Production - The aerospace sector is projected to see substantial revenue growth, with major U.S. defense contractors expected to generate a combined revenue of 1 trillion yuan in 2024, alongside a backlog of orders valued at 3.31 trillion yuan [4]. - The company has developed a comprehensive production system for metamaterials, including 4,641 specialized devices and 8,646 unique processing equipment, along with 161 types of specialized functional materials [4]. - The company is also exploring new applications for metamaterials beyond aerospace, including the development of the world's first full-body metamaterial drone, which is set to begin small-scale deliveries in 2024 [5]. Group 3: Advanced Drone Development - The advanced drone is designed to be low-cost, allowing for a significant quantity advantage and enabling distributed network capabilities for functions such as electronic reconnaissance and electromagnetic interference [5]. - The drone features an integrated avionics system capable of self-networking and resisting electromagnetic interference, with costs reduced to several hundred thousand yuan compared to millions for traditional models [5]. - The company is entering a high-density test flight phase for the metamaterial drone, indicating progress in its development [5].
光启技术董事长刘若鹏:超材料成为新一代航天航空复杂功能结构的核心技术,公司超材料无人机即将开展高密度试飞