Blogs

1. Detection TechnologyDue to the inherent characteristics of "low-altitude, slow-speed, and small-sized" drones, such as low flight altitude, slow flight speed, and small radar cross-section (RCS), their detection and identification face problems of high difficulty and low accuracy. At present, the

Anti-drone radars are mainly designed to accurately monitor low-altitude airspace below 1,000 meters Above Ground Level (AGL). By integrating dedicated signal processing modules and high-gain antennas, they can efficiently capture clutter signals generated by ground objects, aerial targets, and vari

To rationally construct an urban anti-UAV defense system, a clear understanding of the core composition and target characteristics of UAV systems is a primary prerequisite. The core architecture of a UAV system consists of two key parts: first, the hardware platform and supporting software of the re

Facing the challenges posed by "low-altitude, slow-speed, small-sized" (LSS) UAVs, the highly integrated UAV laser strike system stands out as a key defense solution. Comprising core modules like detection & identification system, 2D turntable, and laser emission system, it follows a streamlined "de

At the current stage, low-altitude UAV defense work mainly relies on core technical means such as radar detection and sensor networks. By conducting comprehensive monitoring and accurate identification of various low-altitude threat elements including ground obstacles and unauthorized flying UAVs, i

Strategies for Enhancing Command and Control Capabilities of Anti-UAV Cooperative OperationsEnhancing the command and control capabilities of anti-UAV cooperative operations is crucial for addressing modern UAV threats. This can be achieved by optimizing the efficiency of information fusion and comm