The low altitude economy is entering a period of rapid development, and factors such as the popularization of drones and frequent bird activities are posing severe challenges to low altitude security in key areas such as airports, nuclear power plants, dams, oil depots, mines, and ports. The irregular control of "low, slow, and small" flight targets has become the core pain point of regional security protection. Langyu Aerospace focuses on the low altitude security track, deeply cultivating the research and development of "low, slow, and small" flight target detection, warning, and departure technology, and creating a radar system solution that integrates detection, recognition, guidance, strike, and control. With the core advantages of full scene adaptation, full process intelligence, and full dimensional protection, it has become a professional guardian of low altitude security.

The Longview Aerospace Low altitude Security Radar System is not a single device, but a highly collaborative intelligent combat system consisting of four core modules: detection and early warning radar, electro-optical recognition equipment, guidance and strike radar, and directional acoustic cannon system. Each module performs its own duties and seamlessly links to form a closed-loop protection system from target discovery to precise evacuation. The core detection and early warning radar is equipped with S+X dual frequency bands, with a diameter of 16Km for bird detection and a detection range, achieving 3D full dimensional (azimuth, velocity, distance, altitude) detection, covering all directions from 0 to 360 ° and elevation angles from -12.5 ° to+12.5 °. The detection response time is ≤ 1 second, and it can simultaneously track 1000 batches of targets. The actual detection range for typical unmanned aerial vehicle targets such as "DJI Elf 4" is 10-12Km, which can quickly and accurately capture the dynamic information of all moving small targets in low altitude areas, providing core data support for subsequent protection operations.

In the target recognition stage, the system's photoelectric recognition equipment has the exclusive advantage of gaze+species recognition, which is a core capability that similar security systems do not possess. It can not only accurately track and lock the targets detected by the detection radar, but also distinguish different bird species and distinguish between birds and rotary wing drones, providing a basis for the formulation of differentiated departure strategies; Guiding the strike radar plays a "command and guidance" role, accurately guiding various types of strike and drive equipment based on recognition results, and achieving directional locking of dangerous targets; The directional sound wave cannon system, along with supporting equipment such as gas cannons, bird repelling vehicles, and titanium radium cannons, is used to efficiently drive away different targets such as bird flocks and drones, forming a multi method and three-dimensional strike and evacuation system.

Compared to traditional low altitude security solutions, Langyu Aerospace's system has achieved comprehensive technological breakthroughs and experience upgrades, with a three-dimensional combat mode that integrates exploration (search), control (guidance), recognition (gaze+recognition), and strike (intelligent tracking and precise strike), making full field situational awareness a reality. The system supports searching for 1000 targets simultaneously and guiding strikes against 500 dangerous targets simultaneously. With a 1-second high-speed strike response, dangerous targets have nowhere to hide. Each strike unit can automatically track and strike, and can also form a network to complete joint strikes on stubborn targets, greatly improving the efficiency of evacuation. At the same time, the system introduces artificial intelligence algorithms to achieve autonomous strike strategy generation and real-time evaluation of strike effectiveness. It can also use actual combat data as feeding data to continuously optimize strike strategies and species library information, achieve autonomous upgrading of precision strike capabilities, and make the security system more intelligent as it is used.

In terms of adaptability and scalability, Langyu Aerospace's low altitude security system also performs well. The entire system adopts a unified underlying technology architecture design, and each combat unit seamlessly connects. It not only supports unmanned automation operation, greatly reducing labor costs, but also has the characteristics of easy upgrade and free expansion, effectively avoiding the "universal weapon dilemma" of traditional security equipment. It can flexibly adjust equipment configuration and optimize protection strategies according to the security needs of different scenarios. Whether it is the professional Anti-bird needs of airports, the drone control needs of nuclear power plants and oil depots, or the regional low altitude security needs of ports and mines, the system can accurately adapt and provide customized low altitude security solutions.

In addition, the system also has rich intelligent data functions, which can automatically generate bird situation reports, strike effect evaluation reports, and provide targeted protection guidance suggestions, providing data support for optimizing low altitude security work for users; It can independently load a long-range electro-optical radar system of 3-6 kilometers to achieve large-scale species identification and research, taking into account multiple needs such as low altitude security and ecological protection, bird research, etc; It can automatically identify and distinguish birds and rotary wing drones within a range of 1-2 kilometers, and generate different targeted strike strategies, completely solving the industry pain points of "difficult identification, difficult differentiation, and difficult removal" of low altitude targets.

Adhering to the corporate culture of "rigor, innovation, safety, and reliability", Langyu Aerospace creates safe and reliable low altitude security products with a rigorous research and development attitude and innovative technical concepts. Its system has been widely used in the field of low altitude economic flight and various scenarios that require regional air security. In the future, Langyu Aerospace will continue to deepen its research and development of low altitude security technology, continuously iterate its product system, optimize technical solutions, and build a strong defense line for low altitude security with harder core technology, more comprehensive solutions, and higher quality services. This will safeguard the healthy development of the low altitude economy and ensure that the low altitude environment in every key area is safe, orderly, and controllable.