格隆汇12月31日丨光启技术(002625.SZ)在互动平台表示，公司为蜂群无人机的规模化制造进行全方位 赋能，目前乐山基地进展顺利，预计于2026年一季度具备量产条件并逐步释放产能。 ...

每经AI快讯，有投资者在投资者互动平台提问：请问公司无人机从试生产到量产需要多长时间？预期 什么时候量产？ （记者 张明双） 光启技术（002625.SZ）12月31日在投资者互动平台表示，公司为蜂群无人机的规模化制造进行全方位 赋能，目前乐山基地进展顺利，预计于2026年一季度具备量产条件并逐步释放产能。 ...

Group 1 - The drone market has significant application potential, and the rapid development of swarm drones is expected to further expand the application scenarios of drones [1] - The establishment of the Drone Swarm Innovation Committee by the Shenzhen Supermaterial Industry Alliance highlights the technological gap between swarm drones and single drones, with swarm drones capable of networked operations to outperform non-swarm drones [1] - Liu Ruopeng, Chairman of Guangqi Technology, emphasized the need for high-performance, low-cost swarm drones, aiming to reduce drone prices to levels comparable to cars or smartphones, with current costs potentially dropping to tens of thousands of yuan [1] Group 2 - There is a significant overseas demand for drone terminals, with orders coming in even before product finalization, and no single customer ordering less than 1,000 units, with clients from regions including the Middle East, Africa, Southeast Asia, and South America [2] - The key feature of swarm drone systems is their ability to complete complex tasks in a clustered manner, enhancing capabilities in communication, command, and situational awareness [2]

2025年10月13日晚，在广东省深圳市龙岗区宝龙街道的上空，科比特创新科技股份有限公司（下称"科比特"）组织了一场由2000架无人机进行的蜂群表演， 引来了众多市民的观赏。 当天，由深圳超材料产业联盟、光启技术（002625.SZ）主办的低空经济论坛正在此地召开，并宣告深圳超材料产业联盟——无人机蜂群创新分会正式成 立。该分会是一个由产业链关键企业及科研机构组成的协作平台，旨在推动超材料技术在无人机蜂群等低空经济领域的创新应用和标准制定，促进产业生态 构建和高质量发展。 据经济观察报记者现场了解，该分会成员包括了科比特、光启技术、创益通（300991.SZ）、乐山天穹动力科技有限公司（下称"天穹动力"）等众多业内知 名企业。 那么，蜂群无人机和传统无人机有哪些区别？它的发展前景有多大？在这个过程中，超材料又将扮演什么样的角色呢？ 爆发式增长 "全球无人机市场正进入爆发式增长的拐点。"科比特董事长卢致辉在上述论坛上表示，全球无人机市场规模从2020年的428.30亿美元增长至2024年的889亿 美元，翻了一番；在此期间，中国无人机注册总量从37.80万架增长至2024年的217.70万架，其增长势头更是迅猛 ...

Core Insights - The establishment of the "Shenzhen Metamaterials Industry Alliance - Drone Swarm Innovation Subcommittee" marks a significant advancement in China's drone industry, aiming to leverage metamaterials technology to enhance drone swarm applications and promote the low-altitude economy from individual intelligence to collective intelligence [1][2][13] Group 1: Alliance Formation and Objectives - The Shenzhen Metamaterials Industry Alliance, founded in 2012, focuses on the research and development of metamaterials technology, aiming to enhance China's competitiveness in the global metamaterials industry [2] - The newly formed subcommittee aims to address industry pain points by promoting the application of metamaterials technology in drone swarms, establishing industry standards, and building a high-quality development ecosystem [2][4] Group 2: Collaborative Framework - The collaboration involves key players in the aviation industry, including Guangqi Technology, Chuangyitong, Kobot, and Tianqiong Power, to create a complete industrial chain loop from technology empowerment to component supply, whole machine manufacturing, and scene operation [4][6] - Guangqi Technology leads the initiative by providing foundational technological support and digital management tools to ensure end-to-end control of the production process [4][6] Group 3: Market Response and Future Prospects - Tianqiong Power has benefited from this collaborative framework, improving production efficiency and reducing costs, with plans to start mass production next year [7] - The drone swarm technology is transitioning from validation to large-scale application, addressing the limitations of single drones and enhancing operational efficiency through collective decision-making [10][12] - The establishment of the subcommittee is expected to drive the development of a robust ecosystem that integrates metamaterials technology, digital manufacturing, and operational scenarios, potentially leading to a trillion-dollar low-altitude intelligent economy [13]

Group 1 - The article discusses the development of swarm drones inspired by the collective behavior of bees, showcasing their ability to adapt to rapidly changing battlefield conditions [1][4] - Swarm drones utilize advanced algorithms and communication methods to exhibit characteristics such as self-organization, self-healing, damage resistance, interference resistance, decentralization, and high intelligence [4] - These drones can automatically form formations and assign tasks even in environments without satellite navigation, remote computing, or human control, maintaining operational integrity despite individual losses [4] Group 2 - The article highlights the rapid development of not only drones but also unmanned vehicles and boats, indicating a significant and potentially disruptive impact on future warfare [4]