4G/5G portable drone signal detection and attack integrated defense

This system adopts an integrated soldier design concept, with an overall weight kept under 6kg, making it easy for a single person to carry and operate. Through lightweight materials and a modular structure, it achieves high portability without sacrificing performance. Whether in complex urban environments or field combat scenarios, operators can easily carry the equipment and quickly deploy it to achieve real-time monitoring and defense of surrounding drones. The system's power module has also been optimized, ensuring continuous operation time sufficient for general mission requirements while maintaining easy battery replacement.

The system incorporates a multi-frequency jammer that can simultaneously cover 4G, 5G, and commonly used wireless communication bands for civilian drones, achieving precise signal jamming and blocking. The jamming module features intelligent identification, quickly locking onto target drone signals, automatically determining the drone type and flight status, and targeting them with jamming. This function ensures effective weakening of drone communication links and reduced operational efficiency even in complex electromagnetic environments, guaranteeing the success rate of defense missions.

The device features a handheld design, allowing for deployment and operation by a single person. The ergonomic handle and adjustable support frame allow for extended use without significant fatigue. The user interface is simple and intuitive, supporting quick switching between detection and jamming modes, enabling even non-professional operators to quickly master its use. The lightweight design adapts the system to various mission scenarios, including border patrol, protection of critical facilities, and emergency drone threat handling.

The system is equipped with a high-resolution touchscreen display that can display real-time information such as the flight trajectory, altitude, speed, and signal strength of surrounding drones. Operators can clearly determine the drone's flight direction and threat level through the screen, and observe the jamming effect in real time after the jamming module is activated. This function not only improves defense efficiency but also provides reliable data support for subsequent mission analysis and security assessment, forming a complete closed loop for drone threat control.