Interfering with the UAV satellite navigation signal or blocking the communication link between the UAV and the remote controller, so that the UAV has the effect of forced landing or return

The system features drone detection and early warning, model identification, and countermeasures for expulsion.

The system adopts the design of detecting and fighting as a whole, scientifically combining the drone detection and countermeasure system, mainly used for detecting and recognizing the drone in flight status and jamming and countermeasure, which can make the drone hovering in place, forced landing or returning to the flight, effectively preventing the drone from entering into the defense zone and guaranteeing the safety of low altitude airspace, with good detection and countermeasure performance, long working distance, no need to be guarded by the personnel, and automatically carrying out the detection and countermeasure of the drone.

$180400

Scientifically integrate four types of anti-UAV systems: radio spectrum detection, radar detection, navigation decoy, and electromagnetic interference JR-MD1178 Owl Defense System

Owl anti-UAV defense system uses radar + radio detection + omnidirectional electromagnetic interference + navigation decoy system architecture, through integrated structural design, to build a three-dimensional defense system. The radio spectrum monitoring system collects the surrounding radio signals in real time and scans them according to the configured frequency bands. When the UAV enters the defense area, the suspicious link signal is monitored and identified, and at the same time, it cooperates with the radar detection system to confirm, provides information such as the target working frequency band and distance, and the jamming system transmits electromagnetic suppression signals according to the plan to interfere with the UAV's image transmission and navigation signals; Or through the navigation deception system to transmit low-power regenerative navigation satellite signals (power not more than 10dBm), invade the UAV navigation system, set up a no-fly zone, deceive and confuse the UAV's navigation terminal, so that it cannot fly into the protected area, and ensure the low-altitude safety of the area.

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The system passively intercepts the image transmission signal and remote control signal to achieve passive detection, sideways, distance and identification of the UAV

The equipment is mainly used for UAV detection and identification, and can be freely matched with UAV countermeasure equipment or deception equipment to form a defense system.

$7780

It is mainly used to detect and identify UAVs It can be easily and quickly installed on the counter gun equipment, so as to form an integrated defense system for detection and strike.

The Portable Drone detection device is an efficient, portable and scalable device that is primarily used to detect and identify drones. The design of the bottom card slot enables the detection equipment to be easily and quickly installed on the anti-gun equipment, thus forming an integrated detection and attack defense system, and can also be combined with other defense systems to form a more powerful integrated defense system.

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A portable drone control device is a hand-held integrated detector and jammer. It integrates detection, countermeasures, display and control, and power supply

Portable Drone Control Equipment is a Handheld Integrated Detector & Jammer. It integrates detection, countermeasures, display & control, and power supply all in one. It solved the problem found in the traditional portable jammers which only rely on naked eyes searching for drones with high missing rate. The device is in small size, light weight, and has good mobility, which is suitable for low-altitude protection tasks for important meetings, large events, and daily patrols in fixed places, etc. It can be interconnected with Novasky Anti-drone Defense System command terminal and the integrated command platform through a wireless network at multiple levels and combining with other AUDS equipment, to intelligentlize the information fusion, and unify the platform management. In this case, all resource can be utilized in maximum to construct a new type of supervision network for drones.

$55660

Prevent drones from flying in sensitive areas and set up "no-fly zones" for drones

Based on the deception of the drone's internal positioning device and the database of restricted and no-fly zones, the drone can react according to its own built-in program strategy. The UAV navigation decoy system transmits simulated satellite navigation signals to navigate and decoy the UAV that intrudes into sensitive areas, so as to realize the defense and control of the UAV. The system mainly injects navigation deception signals into the UAV to realize the control and takeover of the UAV, so that the UAV can be quickly located to a safe area, so that the UAV can fly quickly, get out of the control of the operator, and decoy or set up a no-fly zone to prevent the UAV from flying in sensitive areas and set up a "no-fly zone" for the UAV.

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It is integrated with edge AI deep learning algorithms to achieve real-time alarm and video tracking of mobile intrusion targets in the protection area

Intelligent multi sensor fusion perimeter security system 41, mainly consists of intelligent MMW detecting radar, long range IR camera and 3D vision blind area coverage module in an integrated structure. This system is working based on the MMW detecting radar's continuously scanning of the protection area, integrating with edge AI deep learning algorithm, realized real time alarm and video tracking of the moving intrusion target in the protection area. It is able to intelligently recognize different intrusion target like human and vehicle, filtering out false alarm like animal, trees, rain etc, and supporting unattended operation of perimeter control. It is widely used in high-end perimeter security area such as military, prison, power grid, railway, airport and so on.

$3760

The interference frequency and interference bandwidth can be customized according to the mainstream UAV frequency band, and multiple interference channels can be output independently or combined

The full-frequency jamming device is a software-defined jammer, which can customize the jamming frequency and jamming bandwidth according to the mainstream drone frequency bands, and support independent or combined output of multiple jamming channels. The full-frequency jamming equipment interferes with the drone's satellite navigation signal or blocks the communication link between the drone and the remote control by transmitting electromagnetic waves, so that the drone has the effect of forced landing or return.

$3840