UAD-GD01

The SZMID UAD-GD01 is a powerful broad-spectrum radio jammer designed to effectively suppress UAV navigation signals, remote control commands, and image transmission channels. By disrupting these key signals, the UAD-GD01 renders UAVs unable to locate themselves, causing them to lose control and preventing unauthorized drone intrusions. This device employs precise directional interference, enabling long-range control over UAV targets, ensuring a robust defense perimeter.

The system is composed of two primary components: an interference module and a high-gain directional antenna. Each of the three channels (1.5G, 2.4G, and 5.8G) is independently powered, allowing for flexible control of which channels are activated. Operators can configure interference parameters for each channel individually, making the UAD-GD01 ideal for customizable, multi-sided matrix setups. This modular design enables it to be freely assembled according to the specific defense area and terrain, providing flexible control without interfering with equipment in the defense zone.

Capable of continuous 24/7 monitoring and jamming, the UAD-GD01 records the airspace within its defense radius, ensuring stable operation even under harsh weather conditions such as thunderstorms and fog. The device supports customizable defense plans, allowing for automated, intelligent execution of preset strategies. It can also coordinate with detection systems to perform synchronized strikes on UAVs located outside the primary defense zone.

This high-performance jammer emits powerful signals within the 1.5G, 2.4G, and 5.8G frequency bands, with an interference radius of 1000 to 6000 meters. Its high-gain flat panel antennas, each delivering 25-30 watts of transmission power, focus energy for precise targeting and enhanced signal disruption. The UAD-GD01 is designed to withstand strong electromagnetic fields, ensuring reliability and expandability in a range of operational environments.

In addition, the UAD-GD01 is compatible with internal energy storage batteries, supporting continuous operation across various application scenarios. For more complex defense systems, multiple units can be combined to create a coordinated jamming network. For instance, if a UAV intrusion is detected from the north, the northern interference module can be activated independently to neutralize the threat, providing comprehensive, targeted defense.