近年来，随着无人机技术的迅猛发展，其在军事、民用乃至非法活动中的应用日益广泛，对国家安全和公共安全构成潜在威胁。在此背景下，中国加快了反无人机系统的研发与部署，新型反无人机系统因其高效、智能和多手段融合的特点受到广泛关注。中国最新推出的反无人机系统通常集成了雷达探测、无线电频谱监测、光电跟踪以及干扰或摧毁等多种技术手段，可实现对低空、慢速、小型目标的快速识别、定位与处置。部分系统还具备人工智能辅助决策能力，能自动区分民用与恶意无人机，并采取分级响应措施，最大限度减少误伤与附带损害。例如，在2023年珠海航展上展出的“寂静狩猎者”激光反无人机系统，采用高能激光技术，可在数秒内精准击落来袭无人机，具有反应快、成本低、无附带伤害等优势。此外，一些车载或便携式系统也已列装部队或用于重大活动安保，展现出良好的实战适应性。专家指出，随着无人机威胁形态不断演变，反无人机技术也将持续升级。中国在该领域的快速发展不仅提升了自身防御能力，也为全球反无人机体系建设提供了新的技术路径与合作可能。
In recent years, the rapid advancement of drone technology has led to its widespread use in military, civilian, and even illicit activities, posing growing threats to national and public security. Against this backdrop, China has accelerated the development and deployment of counter-drone systems, with its new-generation solutions drawing significant attention for their efficiency, intelligence, and integration of multiple countermeasures.China’s latest counter-UAS (Unmanned Aerial Systems) typically combine radar detection, radio frequency monitoring, electro-optical tracking, and either jamming or kinetic neutralization capabilities, enabling rapid identification, localization, and neutralization of low-altitude, slow-moving, and small aerial targets. Some systems also incorporate artificial intelligence to automatically distinguish between benign and hostile drones, allowing for tiered responses that minimize collateral damage and false positives.For instance, the ‘Silent Hunter’ laser-based anti-drone system showcased at the 2023 Zhuhai Airshow can precisely destroy incoming drones within seconds using high-energy lasers, offering advantages such as rapid response, low cost per shot, and no explosive fallout. Additionally, vehicle-mounted and portable variants have already been deployed by military units and used in security operations for major events, demonstrating strong real-world adaptability.Experts note that as drone threats continue to evolve, counter-drone technologies will also advance. China’s rapid progress in this field not only enhances its own defensive capabilities but also offers new technical pathways and potential international collaboration opportunities for global counter-UAS architecture.
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