0
  • Provide all-round low-altitude protection anytime, anywhere; Support 4G, 5G wireless communication, free expansion networking Unmanned aerial vehicle (UAV)
  • Provide all-round low-altitude protection anytime, anywhere; Support 4G, 5G wireless communication, free expansion networking Unmanned aerial vehicle (UAV)

  • Provide all-round low-altitude protection anytime, anywhere; Support 4G, 5G wireless communication, free expansion networking Unmanned aerial vehicle (UAV)

  • JR-TSL1190 integrated inspection and combat equipment adopts passive detection with highly integrated design, which is suitable for small-scale defense such as luxury houses and vehicles, and can be quickly deployed. It supports 4G and 5G wireless communication, freely expands networking, and can realize wireless grid intelligent management and control for multiple stations.
  • $ Inquiry
  • 0 in Stock NowJR-TSL1190

  • Group

    JR1190

  • QUANTITY

  • Contact Online

JR-TSL1190 integrated inspection and combat equipment adopts passive detection with highly integrated design, which is suitable for small-scale defense such as luxury houses and vehicles, and can be quickly deployed. It supports 4G and 5G wireless communication, freely expands networking, and can realize wireless grid intelligent management and control for multiple stations.

○ Detection range: 300MHz-6GHz

○ Scanning frequency band: 800MHz, 900MHz, 2.4G, 5.8G

○ Detection radius: ≥7km

○ Detection angle: 360° in all directions

○ Countermeasure distance: ≥1km

○ Interference frequency band: 800M, 900M, 2.4G, 5.8G, navigation signal

○ Weight: ≤18Kg

You May Be Intersted
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
Active phased array radar using MIMO systems and DBF technology can accurately give trajectory information such as azimuth, distance, and velocity of the target

can accurately give the target's azimuth, distance, speed and other track information.

Radar is an active phased array radar that adopts MIMO system and DBF technology. It is mainly used for the detection, warning and target indication of pedestrians and vehicles in the border, perimeter, checkpoint, military base and other key areas, and can accurately give the target's azimuth, distance, speed and other track information.

$58280
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
When the UAV enters the defense area, the suspicious link signal is monitored and identified JR1178 Owl Defense System

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.

Inquiry
It has the ability to suppress the receiving channels of UAV navigation signals, remote control signals, and image transmission signals

The three channels are independently powered, and each channel can be flexibly controlled to set interference separately.

JR1126 jammer is a device that interferes with UAV signals. It has the ability to suppress the navigation signal, remote control signal and the receiving channel of the image transmission signal of the UAV, so that the UAV can not locate and lose control, and thus achieve the purpose of preventing the intrusion of the UAV. Suitable for assembly with other equipment systems, can also be used separately for interference installation.

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

Drone decoy jammers emit simulated satellite navigation signals through simulation Drone decoy active defense system

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
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
This radar is mainly composed of a single independent radar array, used to monitor the detection, warning, and target indication of ships in coastal and inland areas, and can accurately provide target trajectory information.

Detect, warn, and indicate target areas, and accurately provide target trajectory information

This radar is mainly composed of a single independent radar array, used to monitor the detection, warning, and target indication of ships in coastal and inland areas, and can accurately provide target trajectory information.

$55510
Shop by Categories