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Application Scenarios

The portable directional UAV jamming device is designed for various emergency situations, security operations, important events, restricted airspace, and locations where preventing small civilian drones from flying or conducting aerial photography is crucial. By deploying the device in strategic locations, it creates a protection zone where unmanned aerial vehicles (UAVs) are rendered incapable of entry.

Components and Principles

The main unit of this device features an integrated 8-band transmitter and antenna design, capable of simultaneously emitting jamming signals to disrupt UAV flight control systems, image transmission, data communication, and satellite positioning systems. By blocking the UAV's uplink control, transmission, and navigation channels, the device effectively severs the data link and renders the UAV uncontrollable, resulting in controlled actions such as forced return or landing. The wired or networked remote controller enables bi-directional communication with the main unit, allowing precise control over each frequency band.
The device's main unit comprises 8 frequency band transmitter modules and corresponding antennas, each capable of operating independently or simultaneously. With its compact and portable design, the device can be quickly deployed to safeguard sensitive areas, ensuring the safety and security of personnel and preventing potential incidents caused by rogue drones.

Key Features

•Integrated structural design, easy to install.

•Multiple frequency bands for selectable transmission, suitable for 90% civilian drones.

•Covering GPS, GLONASS, and Beidou navigation signals.

•High performance adjustable elevation built-in antenna, high front-to-back ratio, and low electromagnetic radiation.

•Fully sealed integrated design, suitable for different outdoor environments.

The portable directional UAV jamming device provides a reliable and effective solution for countering unauthorized drone activities. Its seamless integration of advanced jamming technologies and precise control capabilities ensures the creation of secure zones, safeguarding critical locations from potential threats posed by unmanned aerial vehicles.