0
  • It can effectively control the low-altitude multi-rotor UAV on the market, and once the equipment starts the strike, the remote control of the UAV can fail, and the captured images and videos cannot be transmitted back
  • It can effectively control the low-altitude multi-rotor UAV on the market, and once the equipment starts the strike, the remote control of the UAV can fail, and the captured images and videos cannot be transmitted back

  • It can effectively control the low-altitude multi-rotor UAV on the market, and once the equipment starts the strike, the remote control of the UAV can fail, and the captured images and videos cannot be transmitted back

  • The gun-type UAV removal equipment is mainly used for compulsory control of the UAV or the flying model in the flight state, launching suppression control signals to the UAV, interfering with the data link and positioning system, blocking the communication and navigation signals between the UAV and the remote control, forcing the UAV to hover in place, automatically land or return.
  • $ 12500
  • 0 in Stock NowJR-MD1121

  • GROUP

    JR1121

  • QUANTITY

  • Contact Online

Advantages：Portable design, single-operator control, interference range over 1500 meters (depending on environment)

Description：Quickly force drones to land or leave, achieving countermeasures and effectively managing rogue drones

Application Fields：Public safety, power systems, petrochemical, military sites, airports, prison surveillance

Convenient for rapid deployment, one person can operate, the equipment is equipped with large capacity battery, sustainable work for more than 50 minutes. Single channel power, action distance of more than 2000 meters (according to the use of the environment). It can effectively control all low-altitude multi-rotor UAVs on the market. Once the equipment is turned on, the remote control of the UAVs can fail, the images and videos captured can not be transmitted back, the GNSS navigation system loses signal, and the contact between the UAVs and the remote control is completely cut off.

The device emits high-power interference signals in the same frequency band to suppress the UAV control signal, and the interference distance can reach 2000m.

Using high-gain directional antenna, single-channel transmission power up to 30 watts, energy concentration, more accurate target.

Use large capacity battery, can work for more than 50 minutes, can be selected according to work requirements.

The device is portable, highly maneuverable and is not constrained by any terrain environment, and can be flexibly deployed to all areas that need to be protected against drone intrusion.

It can interfere with most of the commonly used signal frequency bands of drones, covering more than 95% of mainstream UAV models on the market.

Grab the drone signal quickly, work as usual under fog and light rain weather conditions, and have strong environmental adaptability.

You May Be Intersted
Ease of use and variety of scenarios Detection and combat all-in-one equipment

By interfering with the UAV's control system and communication link, the UAV is forced to land or return

JR-MD1181 is an integrated UAV detection and countermeasure equipment that has been deeply developed. The equipment is designed to focus on the convenience of use and the ability to adapt to different scenarios, providing a variety of installation options such as portable use, fixed installation and roof installation, and can form 360° all-round coverage of X4 to meet the needs of different application scenarios.

Inquiry
The long-term coherent accumulation technology is used to realize the detection of "low, slow and small" high data rate and high Doppler resolution

The digital receiving and transmitting arrays are used to transmit a wide beam and receive DBF to achieve simultaneous multi-beam

Holographic gaze detection radar, also known as full-time and space-time radar and pan-detection radar, adopts digital receiving and transmitting arrays, transmitting a wide beam, receiving DBF to achieve simultaneous multi-beam, and realizing continuous detection of the entire airspace. The long-term coherent accumulation technology is used to realize the detection of "low, slow and small" high data rate and high Doppler resolution. It is mainly used for the detection, alert and target indication of UAVs, birds, and aircraft in key areas such as airports, borders, and coastlines. It can quickly adapt and process the environment and target type, and continuously "flood illuminate" the entire field of view to form a three-dimensional space of the target

Inquiry
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
The optoelectronic tracking system completes the initial alignment of the target according to the target position information provided by the search system, and then searches for the target near the initial alignment area

It is composed of a tracking turntable and a photoelectric chamber, which is equipped with an uncooled infrared focal plane detector, a high-definition visible light camera and an image processing board

The infrared thermal imaging optoelectronic equipment is composed of a tracking turntable and a photoelectric chamber, which is equipped with an uncooled infrared focal plane detector, a high-definition visible light camera and an image processing board. The photoelectric tracking system completes the initial alignment of the target according to the target position information provided by the search system, and then searches for the target near the initial alignment area, and the suspicious target can be confirmed by automatic identification or manual designation in the search process, and then turns into the target automatic tracking working mode, so that the photoelectric sensor boresight axis and the radio frequency interference antenna installed on the tracking turntable can be aimed at the target in real time.

Inquiry
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
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

Active thermal design, wideband power amplifier design, digital interference source design, software customization

The full-frequency omnidirectional jamming equipment interferes with the satellite navigation signal of the UAV by transmitting electromagnetic waves 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 full-band omnidirectional jamming equipment consists of multi-channel digital signal sources, high-power broadband power amplifiers, broadband omnidirectional antennas, power modules, etc. The equipment supports a variety of modulation signal outputs, and the broadband omnidirectional antenna realizes the omnidirectional radiation of high-power interference signals.

$3890
High power in a single channel, operating distance of more than 1 km (depending on environment/model)

By transmitting a high-power co-band jamming signal to the UAV, the control signal is suppressed to cut off the connection between the UAV and the remote controller at a long distance

Advantages：Portable design, single-operator control, interference range over 1000 meters (depending on environment). Description：Quickly force drones to land or leave, achieving countermeasures and effectively managing rogue drones. Application Fields：Public safety, power systems, petrochemical, military sites, airports, prison surveillance.

$24980
Quickly determine whether there is a target and obtain information about the distance and number of targets

It can penetrate non-metallic obstacles such as building walls and detect targets for people behind them

Hand-held Ranging Through Wall Radar CEM100 is a single-soldier hand-held one-dimensional ranging penetrating reconnaissance equipment, which can penetrate non-metallic obstacles such as building walls to detect the target of people behind it, quickly determine whether there is a target, and obtain the distance and number information of targets.

$3061
Shop by Categories