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

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

  • 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
  • 0 in Stock NowJR-HN45

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High Positioning Accuracy

Large bandwidth, long baseline, MIMO architecture, high-resolution design, more accurate positioning

Strong Penetration

Reliable penetration detection of common non-metallic building wall materials

Indoor Structure Simulation Reconstruction

It can simultaneously detect and display strong reflector obstacles such as walls and large-area metal products behind the obstacles.

Multi-target Real-time Positioning

With dynamic and static multi-target real-time detection and two-dimensional positioning capabilities, to obtain

Radar System

Ultra-Wideband Radar with MIMO Architecture

Operation Method

Handheld detection or tripod support remote display and control

Detection Mode

Real-time 2D positioning, simultaneous detection of moving and static multi-targets

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

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In the complex electromagnetic environment, the sound, light and vibration alarms of common civilian UAVs are accurately realized, and the false alarm rate is low

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Good low-altitude detection performance, strong maneuvering tracking capabilities, high measurement accuracy, and low cost.

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No need for personnel to attend intelligent interference mode, can increase the energy storage battery.

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.

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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.

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

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