4G/5G/LAN network-connected anti-drone omnidirectional countermeasures

This anti-drone system employs an omnidirectional jamming design, capable of simultaneously monitoring and jamming target drones within a 360-degree range, achieving comprehensive protection without blind spots. The system incorporates a high-performance signal jamming module, capable of multi-band coverage jamming of the drone's GPS, remote control signals, and wireless communication signals. Through intelligent algorithms, it automatically identifies the flight path and altitude, achieving precise positioning and effective blocking. Regardless of the drone's approach direction, the system can quickly respond and initiate jamming, ensuring the security of critical areas and significantly reducing potential threats.

This system adopts a fully enclosed protective shell design, achieving IP66 waterproof and dustproof standards, and can operate stably in rain, snow, sandstorms, and high humidity environments. All internal key components undergo corrosion-resistant treatment and are equipped with a high-efficiency heat dissipation system, ensuring no performance degradation under high temperatures or prolonged continuous operation. The robust and durable fuselage materials make it suitable for airports, industrial parks, critical facilities, and large outdoor event venues, providing reliable protection for drones in complex environments.

The system has a built-in log recording function that can record each interference event in detail, including the time, location, flight trajectory, and interference operation parameters of the drone intrusion. Through cloud or local storage, administrators can retrieve historical data at any time for analysis, providing a basis for security assessments and subsequent protection strategies. In addition, log data can be used to cooperate with law enforcement agencies to track and locate illegal drone activities, enhancing the traceability of security management.

This anti-drone system supports 4G/5G and LAN network access, enabling remote real-time monitoring and control. The management platform can be operated via mobile terminals or PCs, allowing users to initiate interference, adjust parameters, or view monitoring status without on-site personnel. High-speed networks ensure low latency, stability, and reliability in data transmission, making remote command more flexible and efficient. They also support multi-point distributed deployment, enabling collaborative protection of wide-area regions.