Adaptable Low Cost High Refresh Rate Strong Recognition Ability

Deceptive interference is carried out on the satellite navigation coordinate information received by the UAV using satellite navigation and positioning, and the no-fly zone projection or area denial function is realized.

By radiating low-power regenerative navigation satellite signals (power no more than 10dBm), the "black fly" UAV navigation system is invaded, so as to achieve the interception and control of the UAV that needs to use the navigation system for flight control, so that it cannot fly into the protected area and ensure the low-altitude safety of the area. The equipment is designed with portable pull-rod box, which can be flexibly deployed in key areas of the field.

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The early warning instrument is used for the detection and early warning of long-range UAVs, and the equipment receives UAV signals

independently developed low-power digital-analogue hybrid receiver technology and advanced power management technology, using external ultra-wideband antenna, detection radius up to 3 km. It can detect and identify more than 90% of common civil UAV models (including quadcopter, fixed-wing, DIY, traverser, etc.), and accurately realise sound, light and vibration alarms, and at the same time, realise a very low false alarm rate of less than 1 time/day in the complex electromagnetic environment.

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Under the condition of full frequency suppression interference, the signal required for accuracy can still be synchronized

• Automatically switch between synchronization hold mode and denial sustain mode based on the status of input signals. • Real-time monitoring of satellite navigation signals at the installation location of the timing equipment • Automatically isolate non-secure GPS L1 and BDS B1 signals . • Monitor output signal status and log alerts for abnormal output signals. • Capable of remotely receiving command . • Resistant to meaconing and spoofing signals.

$12490

The detection end passively intercepts the signal between the drone and the remote control to realize the detection of the drone

The detection terminal uses the radio spectrum monitoring system to passively intercept the image transmission signal and the remote control signal between the UAV and the remote control to realize the passive detection of the UAV. The strike end is mainly for the compulsory control of the UAV or the flying model in the flying state, and the contact between the UAV and the remote control person is cut off at a distance. The interceptor can force the UAV to land or return to the air to ensure the safety of the low-altitude airspace in the region.Cut off all signal communication between the drone and the controller, and the ground controller of the drone can not receive aerial videos and pictures. The drone is unable to locate, forcing the drone to land, hover, or turn back.

$52050

, wireless micro-vibration and wireless audio and video life detection equipment, which can obtain the number of survivors buried in mines or ruins, 2D&3D coordinates, audio and video information, to assist in precise rescue.

Multi sensor Integrated Life Detector 35 is a life detection equipment composed of two-dimensional radar, wireless micro-vibration and wireless audio and video, which can obtain the number of survivors buried in mines or ruins, 2D&3Dcoordinates, audio and video information to assist accurate rescue.

$8910

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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Enforce control for drones in flight, cut off the connection between drones and remote controllers from a distance, and force drones to land, hover, or return.

The knapsack UAV countermeasure equipment suppresses the control signal by transmitting a high-power co-band jamming signal to the UAV, interferes with the UAV's data link and positioning system, and cuts off the communication and navigation signals between the UAV and the remote control, thereby forcing the UAV to hover in situ, automatically land or return, effectively prevent the UAV from entering the defense area, and ensure the safety of low-altitude airspace.

$33300

Form a closed loop from detection to strike, real-time monitoring and rapid response to intrusion targets Haidongqing Defense System

Haidongqing UAV defense system has shown high efficiency and reliability in technological innovation and many practical applications. Compared with other systems, Haidongqing has broken the shortcomings of vulnerabilities, formed a closed loop from detection to attack, and monitored and quickly responded to intrusion targets in real time. It is a newly developed anti-UAV system integrating active and passive detection, which realizes the integration of GNSS decoy and jamming, and can fully defend against conventional and unconventional UAVs.

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