人民财讯12月11日电，新劲刚（300629）12月10日在互动平台表示，公司高度重视低空经济业务的落地 推进与业绩转化。在该领域，自2024年10月凯际智能与深圳市智胜高技术研究院签订战略合作协议以 来，双方合作持续稳步推进；2025年9月，凯际智能以人民币800万元投资广州劲空科技创新有限公司， 双方将联合研发无人机反制相关产品，共同打造低空管制监管系统，推动商业化落地。近期交付"深城 交（301091）"的微小目标探测雷达目前已完成安装，正处于联合调试阶段，该产品可用于低空目标监 测，为低空交通管理提供技术支持。目前公司正积极对接粤港澳大湾区低空经济相关应用场景，如机 场、港口、重点园区的低空安防需求，探索项目合作机会。 ...

证券之星消息，新劲刚(300629)12月10日在投资者关系平台上答复投资者关心的问题。 以上内容为证券之星据公开信息整理，由AI算法生成（网信算备310104345710301240019号），不构成 投资建议。 新劲刚回复：尊敬的投资者，您好！公司高度重视低空经济业务的落地推进与业绩转化。在该领域，自 2024年10月凯际智能与深圳市智胜高技术研究院签订战略合作协议以来，双方合作持续稳步推进；2025 年9月，凯际智能以人民币800万元投资广州劲空科技创新有限公司，双方将联合研发无人机反制相关产 品，共同打造低空管制监管系统，推动商业化落地。近期交付"深城交"的微小目标探测雷达目前已完成 安装，正处于联合调试阶段，该产品可用于低空目标监测，为低空交通管理提供技术支持。目前公司正 积极对接粤港澳大湾区低空经济相关应用场景，如机场、港口、重点园区的低空安防需求，探索项目合 作机会。感谢您的关注！ 投资者提问：请问公司在低空经济产业有核心竞争力吗？如核心技术核心产品，核心人才等？目前产能 利用率如何？ ...

格隆汇12月11日丨新劲刚(300629.SZ)在投资者互动平台表示，公司高度重视低空经济业务的落地推进 与业绩转化。在该领域，自2024年10月凯际智能与深圳市智胜高技术研究院签订战略合作协议以来，双 方合作持续稳步推进；2025年9月，凯际智能以人民币800万元投资广州劲空科技创新有限公司，双方将 联合研发无人机反制相关产品，共同打造低空管制监管系统，推动商业化落地。近期交付"深城交"的微 小目标探测雷达目前已完成安装，正处于联合调试阶段，该产品可用于低空目标监测，为低空交通管理 提供技术支持。 目前公司正积极对接粤港澳大湾区低空经济相关应用场景，如机场、港口、重点园区 的低空安防需求，探索项目合作机会。 ...

Core Insights - The second Global Low Altitude Economy Forum will be held in mid-December in Beijing, focusing on "Redefining Urban Transportation" [1] - Major industry leaders and investment institutions from various fields such as drones, eVTOL, avionics, and operations will attend the conference [1] - The event will feature over ten specialized sessions, including the launch of the book "Low Altitude Economy 2" and the release of reports on low altitude traffic standards and development trends [1] Industry Overview - Low altitude economy is recognized as a national strategy and has garnered significant attention from various sectors of society [1] - Current progress in major cities across the country indicates that there are still many areas requiring discussion and exchange [1] - The ongoing "14th Five-Year Plan" period is crucial for further understanding the essential characteristics of the low altitude economy and grasping its development trends and patterns to promote high-quality growth [1]

Core Insights - The report by Jinyuan Securities highlights the increasing demand for drone countermeasures as the low-altitude economy and modern unmanned warfare evolve, indicating a dual growth in both military and civilian sectors [1][2]. Group 1: Drone Countermeasure Systems - Counter-UAS (C-UAS) refers to systematic solutions for detecting, identifying, tracking, interfering with, controlling, or destroying unauthorized drones, aiming to secure specific airspace and eliminate threats [2][4]. - The demand for drone countermeasures is rising due to the increase in unauthorized drone activities, necessitating effective supervision and management in both civilian and military contexts [2][3]. Group 2: Civilian Sector - In the context of the low-altitude economy, the number of consumer drones owned by residents is increasing, and drones are becoming integral to commercial activities (logistics, delivery) and governmental operations (policing, firefighting, agriculture) [2][3]. - The rise in drone activities necessitates robust monitoring and management systems to handle the high frequency and diversity of drone operations [2]. Group 3: Military Sector - Drones have become primary weapons in modern warfare, with large and medium-sized drones offering advantages such as long range and heavy payloads, while smaller drones serve as effective tools for reconnaissance and precision strikes [3]. - The use of drones in the Russia-Ukraine conflict has demonstrated their effectiveness in reconnaissance, target designation, and electronic warfare, underscoring the importance of counter-drone technologies in military defense [3]. Group 4: Components of Drone Countermeasure Systems - Drone countermeasure systems consist of two main components: detection and identification, and strike countermeasures [4]. - Detection and identification involve various methods such as radar, radio frequency, optical recognition, and acoustic detection to manage non-cooperative drones [4]. - Strike countermeasures can be categorized into "soft kill" methods (interference and deception) primarily used in civilian contexts, and "hard kill" methods (missiles, microwave weapons, lasers) aimed at physically intercepting or destroying drones [4].

Core Viewpoint - The 17th China International Modern Railway Technology Equipment Exhibition highlighted the growing concern over the safety threats posed by unauthorized drones to railway operations, emphasizing the need for effective regulation and monitoring of drone activities [1][2]. Group 1: Exhibition Overview - The exhibition took place from July 7 to 9, covering an area of 40,000 square meters and showcasing the latest advancements in ten specialized sectors including locomotives, communication signals, passenger and freight transport, and safety assurance [1]. - A significant focus of the event was on the potential threats posed by unauthorized drones, particularly their impact on public transportation safety, especially railways [1]. Group 2: Drone Detection and Countermeasures - A drone monitoring and countermeasure equipment designed for complex railway environments attracted considerable attention, developed by Zhongke Lanzhuo, a specialized small and medium-sized enterprise in Beijing [1]. - The equipment features advanced integrated industrial design and spectrum detection technology, capable of detecting drones within a radius of 2 to 6 kilometers, addressing typical protective needs along railway lines [1]. Group 3: Technical Highlights - The drone monitoring equipment is noted for its deployment flexibility and collaborative capabilities, allowing for quick setup and independent operation to detect and identify suspicious drones [2]. - When multiple units are networked, the system can accurately locate and track the trajectory of intruding drones and employ various countermeasures, including forced landing and guiding unauthorized drones back to their original flight paths [2]. - The system also utilizes wireless positioning technology to trace the operator's location, providing technical support for subsequent legal actions and accountability [2]. Group 4: National Security Context - The construction of a safety control system for low-altitude economy has become a crucial part of national security strategy, highlighting the importance of ensuring safety in low-altitude airspace with the increasing use of drones and other new flying vehicles [2].

Core Insights - The widespread application of drone technology has created a pressing demand for counter-drone technologies, leading to the establishment of a collaboration between Shaanxi Zhenfei Technology Co., Ltd. and Fengxi New City for the development of drone countermeasure technology [1][2] - The project aims to build a safe and efficient low-altitude defense system, focusing on the research and production of drone detection hardware, comprehensive countermeasure systems, and low-altitude security platforms [1] - The project also includes training for drone pilots, addressing the growing need for professional operators in the expanding drone industry [1] Economic Impact - The project is expected to generate significant economic benefits, with an estimated annual output value exceeding 15 million yuan and annual tax revenue of over 2 million yuan [2] - This initiative not only opens new avenues for the company's development but also provides a new growth point for the economy of Fengxi New City [2] - The project will inject new momentum into the construction of the Qin Chuang Yuan drone industry innovation cluster, helping to create a more competitive drone industry ecosystem in the region [2]