As part of our ongoing efforts to improve user experience and introduce new solutions, our team are excited to announce the launch of ND-BD006 High-End Backpack Anti-Drone System. This newly released system is an advanced and all-in-one upgrade of our handheld anti-drone solution, combining detection, countermeasure, navigation spoofing, control, and display functionalities into a compact and portable backpack unit.
ND-BD006 includes two components: a backpack unit and a handheld unit. Together, they deliver full-spectrum drone detection and jamming across frequency bands ranging from 300MHz to 6GHz. The backpack unit offers omnidirectional detection and spoofing coverage, while the handheld unit uses directional high-gain antennas to conduct precise jamming operations.
What sets this backpack system apart is its AI-powered drone signal detection. Leveraging deep learning algorithms, it can extract drone signal features even in low signal-to-noise or weak-signal conditions, greatly enhancing detection accuracy. ND-BD006 is specifically designed to keep pace with increasingly sophisticated drones, supporting analysis of DJI Ocusync 2.0/3.0/4.0, FPV image transmission, Wi-Fi, Bluetooth, and other communication protocols. It can identify the drone model, determine its location, and even detect the pilot’s position by displaying GPS coordinates, direction, pitch angle, the movement track of the remote control, and more.
In addition to detection, ND-BD006 excels in targeted jamming and high-performance spoofing. Its directional antenna system automatically selects the most effective jamming signal based on the detected drone’s characteristics, requiring no manual configuration. The spoofing function features long-rang effectiveness, covering key satellite navigation signals such as GPS L1, BDS B1, GLONASS L1, Galileo E1.
With a backpack-style design for maximum mobility and convenience, ND-BD006 offers a flexible and effective solution for modern anti-drone operations. For more information about this backpack drone device, please contact our team.