10km drone signal detection, strike, and decoy integrated

This system integrates UAV signal detection, targeted strike, and intelligent decoy functions, possessing a target sensing capability up to 10km away. The equipment employs wide-band radio frequency detection technology, enabling real-time monitoring and identification of mainstream consumer-grade UAVs, industrial-grade UAVs, and some customized flight platforms. Through multi-dimensional signal analysis algorithms, the system can quickly acquire the target's flight status, communication characteristics, and activity trajectory, achieving long-range early warning and precise positioning. Relying on a high-sensitivity receiving module and intelligent data processing platform, it effectively enhances detection capabilities in complex electromagnetic environments, providing reliable data support and decision-making basis for low-altitude safety protection.

The system is designed for critical areas such as airports, energy facilities, government agencies, border crossings, and large event venues, constructing an all-weather low-altitude security protection system. The equipment supports 24-hour continuous operation and can automatically detect, identify, warn, track, and handle drone targets entering the protected area. Through the coordinated operation of detection, strike, and decoy capabilities, it achieves complete closed-loop management from target discovery to target disposal. The system maintains stable performance during the day, night, and in complex weather conditions, effectively addressing the security risks posed by low-altitude drones and providing continuous and reliable airspace security for key areas.

The equipment adopts an industrial-grade waterproof and dustproof structural design, with an overall protection level of IP65, effectively resisting the effects of rain, dust, salt spray, and other external environmental factors. The outer shell is made of high-strength, corrosion-resistant materials, possessing excellent impact resistance and weather resistance, and can adapt to complex environments such as high temperature, low temperature, high humidity, and windy sandstorms. To address the needs of long-term outdoor deployment, key electronic components within the system employ enhanced protection processes, ensuring stable operation under various harsh weather conditions, reducing failure rates, and improving system reliability and lifespan.

The system adopts an advanced modular architecture design, standardizing and integrating detection, jamming, decoy, communication, and power supply modules. Each functional unit can be flexibly configured according to application requirements, enabling rapid deployment and expansion upgrades. When technology iterates or task requirements change, users do not need to replace the entire system; they only need to upgrade or replace relevant modules to achieve performance expansion. Modular design not only reduces maintenance costs and downtime but also improves system maintainability and sustainable development capabilities, providing a solid technical foundation for subsequent functional upgrades and multi-scenario applications.