Fixed 300MHz-6G anti-drone signal deception detection and strike

The system utilizes an industrial-grade hardware platform and highly reliable electronic components, supporting continuous and stable operation 24/7, making it suitable for long-term, fixed-deployment security applications. The equipment features intelligent temperature control and operational status monitoring, automatically adjusting heat dissipation efficiency based on ambient temperature to ensure core modules maintain optimal operating conditions. It also supports remote monitoring, online upgrades, and fault alarms, significantly reducing the frequency of manual inspections, improving the overall efficiency of the defense system, and providing continuous and stable low-altitude protection for key areas.

The entire unit adopts a modular architecture design. Each functional unit, including the RF detection module, decoy attack module, control processing module, power supply module, and communication module, can be independently disassembled and replaced. When a module malfunctions, maintenance and upgrades can be quickly completed without disassembling the entire unit, effectively shortening downtime. The module interfaces use a standardized design, facilitating future functional expansion and system upgrades. Frequency bands or countermeasure capabilities can be flexibly added according to different scenarios, reducing maintenance costs and enhancing the overall lifecycle value of the equipment.

The equipment casing utilizes a high-strength metal structure and corrosion-resistant technology, providing excellent weather and dust resistance, allowing for long-term deployment in complex outdoor environments. The sealed design effectively prevents rainwater, dust, and impurities from entering the equipment, reducing the impact of environmental factors on system performance. Simultaneously, the product exhibits good resistance to high and low temperatures and UV aging, maintaining stable operation even under high-temperature exposure, continuous rainfall, dust storms, and high humidity, providing reliable all-weather low-altitude safety protection.