The system are using a combination of day light TV and thermal infrared image sensor, steady continuous monitoring and tracking targeted drones.
HANVYADG is a hand-held, anti-drone gun that can disable drones operating on 5 frequencies and has a range of up to 2,000 meters.
Low-altitude surveillance radar is mainly used to detect ground, sea and low-altitude targets. It has excellent anti-interference ability, ground/sea clutter suppression ability, and can actively detect and track targets.
Navigation Tricking System launch fictitious satellite navigation signal, block the real navigation signal in the air, falsify the navigation system of drones, change the auto location of drones, induce the drone to make a false response and get away from
By jamming the communication channels, the drone is effectively disabled and forced back to its home base or grounded at its current location.
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The Main Technologies and Methods of Counter UAV Systems
As the drone "black fly" incident caused a greater security threat, people gradually began to pay attention to drone safety issues and began to understand how to counter UAVs. Since the launch of counter UAV technology, many UAV defense systems have been developed. Due to the wide variety of drones, many
counter UAV technical methods have been eliminated.
At present, the main technologies of UAV defense systems include signal
interference, laser strikes, physical countermeasures, and other means. In terms
of military UAV countermeasures, laser strikes and physical countermeasures are
the main technical means; in civil UAV countermeasures, signal interference
technology is mainly used.
HANVY provides a complete set of UAV defense systems and counter UAV solutions
from detection to discovery:
The rapid popularization of civilian drones makes it difficult for relevant
management agencies to manage them, so counter UAV technology has played a key
role in the countermeasures of civil drones. Unmanned aerial vehicles counteract
the data link and positioning system of the unmanned aerial vehicle by
transmitting the signal frequency, cutting off the communication and navigation
between the unmanned aerial vehicle's remote control, thereby allowing the
unmanned aerial vehicle to land slowly or repatriate to the takeoff point, Can
assist in tracking the trail of the operator behind the scenes, so as to ensure
the safety of low-altitude airspace.