IP65 Protection Level 2KM Jamming Distance Handheld Drone Jammer with Built-in Display Screen

This equipment features a compact design, is lightweight and easy to carry, making it ideal for use in various environments. Its portability allows operators to quickly deploy it on-site, and it is less prone to fatigue during extended use. Whether in urban high-rises, mountainous areas, or wilderness scenarios, the equipment can easily adapt and provide accurate counter-drone capabilities. Military and police units, as well as special operations forces, can use this equipment to achieve efficient drone jamming and strikes.

The lightweight design of this anti-drone device allows for rapid deployment and efficient mission execution. Operators can easily carry the device and complete setup in the shortest possible time. Whether for rapid response in special operations or temporary use in emergency situations, the device's compact size offers significant convenience. Weighing only 1.5kg, it is easy to carry even for extended periods without becoming a burden, making it ideal for missions requiring mobility and rapid deployment.

IV. Rapid Detection and Immediate Activation of the Jamming System

The device can quickly identify and activate the jamming system when a drone enters its jamming range, ensuring the drone cannot escape. Whether cruising at low altitudes or flying at high speeds, the device can respond in a very short time, preventing the drone from posing a further threat to the target. Through efficient signal analysis technology, the device can effectively identify targets and quickly take appropriate jamming measures based on different types of drones, ensuring mission success.

The device is equipped with a high-resolution built-in display screen that can display the device's operating status and jamming effect in real time. Operators can intuitively understand the device's current operating status through the display screen, including jamming frequency bands, jamming intensity, and battery level information. This design not only improves operational convenience but also ensures mission controllability, reducing operational errors and delays. The real-time feedback from the display screen makes device operation more precise, improving the efficiency and success rate of task execution.