0
  • Multi-target Real-time Positioning Strong Compatibility Simulation and Reconstruction of Building Structures Remote Wide Area Scan
  • Multi-target Real-time Positioning Strong Compatibility Simulation and Reconstruction of Building Structures Remote Wide Area Scan
  • Multi-target Real-time Positioning Strong Compatibility Simulation and Reconstruction of Building Structures Remote Wide Area Scan
  • Multi-target Real-time Positioning Strong Compatibility Simulation and Reconstruction of Building Structures Remote Wide Area Scan
  • Multi-target Real-time Positioning Strong Compatibility Simulation and Reconstruction of Building Structures Remote Wide Area Scan
  • Multi-target Real-time Positioning Strong Compatibility Simulation and Reconstruction of Building Structures Remote Wide Area Scan

  • Multi-target Real-time Positioning Strong Compatibility Simulation and Reconstruction of Building Structures Remote Wide Area Scan

  • The long-distance wall penetration detection system 42 is a long-distance 2D positioning penetrating reconnaissance equipment, which can remotely penetrate non-metallic obstacles such as building walls to detect multiple personnel targets behind it, and quickly obtain the two-dimensional coordinates and quantity of targets, indoor structure, etc.
  • $ 1670
  • 0 in Stock NowJR-HN42

  • GROUP

    42

  • QUANTITY

  • Contact Online

Multi-target Real-time Positioning

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

Strong Compatibility

The system can be adapted to fixed brackets, pan-tilts and various tactical vehicles, and the coverage area of the antenna array is controllable

Simulation and Reconstruction of Building Structures

It can simultaneously detect and display obstacles such as walls and indoor walls in front of you

Remote Wide Area Scan

Detection can be carried out tens of meters away from the target area, with a single scan range of hundreds of square

Radar SystemUltra-Wideband Radar with MIMO Architecture

Penetrated Materials

Building walls, floors, wood and other non-metallic, low water content objects

Display Mode

Two-dimensional positioning for both static and moving targets at the same time

Detection Angle

90°

You May Be Intersted
Professional Support High Sensitivity Strong Penetrating Ability Multidimensional Positioning

By detecting faint human vital signs, such as heartbeat and breathing, it can capture the number of survivors trapped in obstacles, 2D and 3D coordinate information, such as rubble and collapsed buildings, to aid in accurate rescue.

Radar life detector 34 is a two-dimensional positioning life detection equipment. By detecting weak human vital signs such as heartbeat and breathing, it can obtain the number， 2D & 3D coordinate information of survivors trapped in obstacles such as ruins and collapsed buildings to assist accurate rescue.

$69600
Hacking into the "Black Fly" UAV navigation system, so as to achieve interception control of UAVs that require flight control using the navigation system, so that they cannot fly into protected areas

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.

Inquiry
Disabling the drone's satellite navigation, wireless remote control, and wireless video transmission links forces the drone to hover in place, land, or return to the original route. Compared to omnidirectional jamming, the strike is accurate

Compared to omnidirectional interference, the targeting is more precise, the impact on the surrounding environment is minimal, and the reliability is higher.

The device is mainly used for signal interference of UAV, and can be combined with the detection equipment of UAV to form an intelligent linkage defense system.

$97110
of passive detection, transverse, range, and identification. The drone can detect more than 95% of the mainstream drones on the market, with a detection radius of 5-7km

The detection radius is 5-7km ultra-long-range detection distance, covering 95% of UAV models

The UAD-ZQY03 radio detection device enables passive detection, lateral, range and identification of UAVs. The UAV can detect more than 95% of the mainstream UAVs on the market with a detection radius of 5-7km. The device also has a black and white list function, which can ensure that our drones work normally and are not affected.

$124850
It monitors the health and safety status of the received navigation satellite signals, identifies and isolates jamming signals and spoofing signals, and improves the security, stability and anti-attack ability of the timing system

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
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
All-weather, All-round Composite Passive Positioning Technology High Design MaturityHigh Strong Environmental Learning Ability

The equipment is based on AOA+TDOA composite positioning technology, and has the functions of detection and early warning, model recognition, positioning tracking and trajectory playback of UAVs inside and outside the multi-station range

The full-frequency detection equipment is mainly composed of an array antenna, a radio frequency circuit, a multi-channel synchronous receiver, a GNSS positioning module, etc. The equipment is based on AOA+TDOA composite positioning technology, and has functions such as detection and early warning, model identification, positioning tracking and trajectory playback of drone within and outside the range of multiple stations. Any number of detection devices can be freely expanded according to the scope of the monitoring area.

$3340
Adjustable power, all-in-one design, full-range radio interference Radio jamming and navigation decoy all-in-one device

Radio jamming and navigation decoy all-in-one device JR-HN1187

Integrating full-range jamming equipment and decoy equipment with a new low, small and slow defense equipment, full-band jamming equipment can be software-defined interference sources, which can be customized according to the mainstream UAV frequency band, and support independent or combined output of multiple jamming channels. Full-range jamming equipment interferes with UAV satellite navigation signals or blocks the communication link between UAV and remote control by emitting electromagnetic waves. A decoy device is a radio system based on pseudo-satellite technology, which sends a strong satellite signal with false location information to a drone, and by competing with the satellite signal in orbit, the drone's position system is deceived and driven away or forced to land.

Inquiry
Shop by Categories