0
  • The power advantage is used to make the UAV navigation system receive an analog navigation signal with false position information
  • The power advantage is used to make the UAV navigation system receive an analog navigation signal with false position information

  • The power advantage is used to make the UAV navigation system receive an analog navigation signal with false position information

  • JR-TSL1186 series UAV decoy jammer simulates the satellite navigation signal by simulating the transmission, competes with the satellite signal in orbit, uses the power advantage, makes the UAV navigation system receive the simulated navigation signal with false position information, makes the UAV "lost" in the control area, can not fly according to the predetermined track, can make the UAV produce the effect of driving away, forced landing, or unable to take off.
  • $ Inquiry
  • 0 in Stock NowJR-TSL1186

  • Group

    JR1186

  • QUANTITY

  • Contact Online

JR-TSL1186 series UAV decoy jammer simulates the satellite navigation signal by simulating the transmission, competes with the satellite signal in orbit, uses the power advantage, makes the UAV navigation system receive the simulated navigation signal with false position information, makes the UAV "lost" in the control area, can not fly according to the predetermined track, can make the UAV produce the effect of driving away, forced landing, or unable to take off.

Detection of half-longitude

3km~10km optional (0.1W radiation source)

Decoy interference radius

500m~10km optional

Direction of action

360°

Detect the received frequency band

Covering mainstream UAV data transmission frequency bands (e.g., 2.4GHz, 5.8GHz)

Decoy operating bands

Civilian UAV navigation bands

Signal transmit power

≤10mW (adjustable)

power consumption

≤50W

Start-up time

≤5min

Operating temperature

-40℃~70℃

Explosion-proof rating

Ex nAIIC

You May Be Intersted
It has the characteristics of good detection and countermeasure performance, long working distance, no need for personnel to be on duty, and automatic drone detection and countermeasures

It can make the UAV hover in situ, forced landing or return, effectively prevent the UAV from entering the defense area, and ensure the safety of low-altitude airspace

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.

$138800
By emitting electromagnetic waves in specific frequency bands to interfere with UAVs, disrupt flight control and signal transmission systems

Portable design, single-operator control, interference range over 1000 meters (depending on environment)

Handheld anti-drone device. Interferes with drones by emitting electromagnetic waves in specific frequency bands, disrupting flight control and signal transmission systems. Quickly forces drones to land or leave, achieving effective control over rogue drones.

$19425
Low-power detection radar designed for "low, slow, small" targets for long-range detection of drones and vehicles in sensitive airspace

It has strong wave suppression capabilities, allowing it to detect and track low-altitude UAV targets in environments with strong clutter.

The JR1153 radar is a low-power detection radar specifically designed for "low, slow, small" targets, used for long-distance detection of drones and vehicles in sensitive airspace. It provides accurate three-dimensional position information of the target, achieving 360° full coverage of the regulated area.

Inquiry
Easy to Install Green Safety Partition Control Integrated Design

so that the UAV navigation system receives a simulated navigation signal with false location information, so that the UAV entering the control area is "lost" and cannot fly according to the predetermined trajectory

The decoy active defense system transmits simulated satellite navigation signals through simulation, competes with on-orbit satellite signals, and uses the power advantage to enable the drone navigation system to receive simulated navigation signals with false location information, so that the drone entering the control area "Lost", and unable to fly according to the predetermined track. It can make the drone drive away, make a forced landing, or fail to take off.

Inquiry
4 low-band antenna interfaces are reserved, and multiple sets of programmable TTL bidirectional interfaces (GPIOs) are provided, which can be used as operation buttons and various control outputs

2dBi dual-frequency omnidirectional antenna, detection radius up to 2km, wide voltage low power consumption.

Both omnidirectional detection antenna and directional direction finding antenna have independent input ports, which can automatically switch between omnidirectional and directional antennas under different states. Four low-band antenna ports are reserved to provide one high-current drive output, which can drive alarm devices such as sound and optical vibration when needed.

Inquiry
High Positioning Accuracy Strong Penetration Indoor Structure Simulation Reconstruction Multi-target Real-time Positioning

It can penetrate non-metallic obstacles such as building walls, detect multiple personnel targets behind them, and quickly obtain information such as two-dimensional coordinates, the number of targets, and indoor structures.

Two Dimensional Through Wall Radar CE200 is a two-dimensional positioning penetrating reconnaissance equipment, which can penetrate non-metallic obstacles such as building walls to detect multiple personnel targets behind them, and quickly obtain information such as 2D coordinates, quantity of targets and indoor structure.

$2090
The device is based on spectrum sensing and radio suppression technology, with UAV detection and countermeasure capabilities, capable of detecting, identifying and coordinating the fight against "rogue" UAVs

Integrated industrial design, simple and covert appearance, suitable for vehicle-mounted installation and use. Long detection and countermeasure range, up to 1-3 kilometers in urban environments.

Drone detection and countermeasure integrated vehicle-mounted device. The device is based on spectrum sensing and radio suppression technologies, possessing both drone detection and countermeasure capabilities, capable of detecting, identifying, and coordinated countermeasures against "rogue" drones. Integrated industrial design with a simple and covert appearance. Flexible deployment, long detection and countermeasure distances, reaching 1-3 kilometers in urban environments.

Inquiry
The measuring terminal uses the radio spectrum monitoring system to passively intercept the image transmission signal and remote control signal between the UAV and the remote control to realize the passive detection of the UAV

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
Shop by Categories