With the popularity of drones and the randomness of bird activities, the dual safety hazards of drones and birds in low altitude areas are becoming increasingly prominent. How to accurately distinguish and develop differentiated evacuation strategies has become an important issue in the field of low altitude security. Langyu Aerospace, with its profound technological accumulation, has developed a low altitude security radar system that automatically identifies and distinguishes between birds and rotary wing drones within a range of 1-2 kilometers, and generates different targeted strike strategies to provide precise and personalized solutions for low altitude security.

The low altitude security system of Langyu Aerospace consists of core equipment such as detection and early warning radar, photoelectric recognition equipment, guidance and strike radar, and directional sound wave cannon system. Each equipment plays its own role and cooperates to build a full chain defense system from target detection, recognition, locking to driving and striking. Among them, the detection and warning radar serves as the "thousand mile eye", achieving a range of 0-360 ° azimuth, -12.5 °~+12.5 ° elevation angle coverage, and a detection power of 100m~12km, quickly capturing key information such as azimuth, velocity, distance, and altitude of all low altitude moving targets; Optoelectronic recognition devices serve as the "golden eyes" to accurately identify and track detected targets, achieving precise classification of targets such as birds and drones.

Based on the different characteristics of drones and birds, the system creates a customized evacuation and strike plan. For bird flock targets, the directional sonic cannon system can achieve efficient interception and dispersal, combined with equipment such as gas cannons and titanium radium cannons, forming a non-contact dispersal system that effectively avoids safety risks caused by bird situations without harming birds; For manually controlled "low, slow, and small" targets such as drones, the system guides the strike equipment accurately through the guidance of the strike radar, achieving rapid departure and precise strikes on drones, effectively preventing safety hazards caused by drone black flight.

In addition, the system can also independently load a long-range electro-optical radar system (3-6 kilometers), focusing on large-scale species identification and research. It can not only provide more comprehensive target data for low altitude security, but also provide data support for ecological protection, bird migration research, etc., achieving the coordinated development of low altitude security and ecological protection. At the same time, the artificial intelligence algorithm of the system continues to iterate and optimize. With the continuous accumulation of use data, the accuracy of bird and UAV identification and drive away strategy will continue to improve, and the progressiveness and practicability of the technology will always be maintained.

Langyu Aerospace focuses on technological innovation and continuously improves its low altitude security technology system. Its low altitude security radar system not only solves the industry pain points of "difficult detection, accurate recognition, and slow departure" of low altitude targets, but also provides a one-stop solution for low altitude security protection in various scenarios with the intelligence, automation, and scalability of the entire system. In the future, Langyu Aerospace will continue to deeply cultivate the field of low altitude security, using more advanced technology and more complete products to safeguard the safe environment for the development of low altitude economy.