Anti Drone Detection System

Item

Parameters

Detection and jamming equipment subunit

1.1 Detection receiver frequency range: 10MHz6GHz

1.2 Real-time bandwidth: 480MHz

1.3 Four interference bands

1.3.1 900-930MHz (industrial drone) 20W

1.3.2 1559-1610MHz(GPS interference) 10W

1.3.3 2400-2485 MHz 25W

1.3.4 5725-5850MHz 50W

1.4 Detection and jamming distance

1.4.1 Detection distance: 3-5KM (urban environment); 6-12KM (suburban especially open environment)

1.4.2 Jamming distance: 1-1.5KM (100 meters high);

1.5 Detection accuracy: 9.3 degree (test report data)

1.6 Antenna

1.6.1 Frequency range: 380MHz-6GHz

1.6.2 Horizontal detection angle: 0 degree - 360 degree

1.6.3 Vertical detection angle: -30 degree - plus 90 degree

1.7 The whole machine (the device is an integrated detection and countermeasure device)

1.7.1 Maximum power consumption: 300W

1.7.2 Working temperature: -20 degree plus 60 degree

1.7.3 Storage temperature: -40 degree plus 70 degree

1.7.4 Weight: 12.25KG

1.7.5 Size: diameter 400mmheight 555mm

Antenna bracket

2.1 Weight:4.32KG

2.2 Size: diameter 260mm closed height 923mm

Computer

Laptop, mouse, adapter, network cable. (can be connected to the central control HDMI display)

Spectrum system software and functions

4.1 DRONE identification and positioning: Using radio spectrum detection, it can identify and locate 8 DRONE models at the same time, automatically pop up the detection result window, identify the DRONE picture, display the DRONE model, azimuth, use Frequency, level and distance, the disappearance of the drone automatically clears and rearranges the detection results.

4.2 Quick identification and positioning: identification time <1s; measured="" bearing,="" time=""><3s. within="" the="" detection="" range="" of="" line-of-sight="" conditions,="" the="" unmanned="" aircraft="" can="" be="" identified="" and="" positioned="" when="" it="" is="" turned="">

4.3 Detection result list: The list will display the drone and the model, time, azimuth, and distance information, and can be exported as a report.

4.4 Single-station positioning: Using radio spectrum detection, the distance between the drone and the operator can be roughly measured through complex algorithms under the conditions of a single station and a single location.

4.5 Map display function: Display the position of the drone and the operator on a 2D (3D) map, and display data such as latitude, longitude and distance. Map display function: Display the position of the drone and the operator on a 2D (3D) map, and display data such as latitude, longitude and distance.

4.6 The detection and defense angle can be set: According to the detected geographical situation, if there is a high mountain or a high-rise building behind, and only the DRONE in front needs to be protected, the angle range of the protection can be set arbitrarily, which can effectively eliminate the false angle caused by signal reflection.

4.7 Distance calibration: For different electromagnetic environments, there will be errors in the detection distance. The system can provide distance calibration detection, let the drone fly 100 meters at a distance of 500 meters, and the system will automatically calibrate the detection distance to make the detection The distance measurement is more accurate.

4.8 Detection frequency band can be set: According to the actual frequency band used by the drone, the detection frequency band can be entered and edited to make detection more efficient, and it is not necessary to scan all frequency bands for detection.

4.9 Full frequency band detection: The frequency band detected by the system equipment is from 10MHz-6GHz, and the antenna coverage frequency band is 380MHz-6GHz. It maintains a good gain flatness in the whole frequency band. The antenna gain is from 5dBi-8dBi, which can adapt to more than three hundred MHz. Unmanned aircraft detection in all common frequency bands of 6GHz, frequencies below 380MHz can also be detected, and the detection distance is reduced.

4.10 The remote control is the pilot positioning function: During the detection process, the system will identify and locate the remote control signal while detecting and locating all kinds of drones, which is the pilot positioning function. The actual measurement is large within the visible range. Xinjiang DRONE remote control detection and positioning distance is > 800 meters

4.11 Intelligent linkage countermeasure: According to the frequency band and azimuth of the detected DRONE, you can choose which DRONE to counter. The system will automatically select the frequency band for countermeasures, and automatically transmit signals at the detected azimuth. Countermeasure, the countermeasure efficiency can be increased by 46 times, and it can avoid all frequency bands and all angles to be transmitted, which will not harm normal wifi and other communications, and accidentally damage the whitelisted aircraft.

4.12 Model feature recording: For new models, the system can record image transmission and frequency hopping feature data, automatically record, and automatically pop up a menu after recording, and it can automatically identify the model next time. The special recording function can adapt to the identification needs of industrial-grade unmanned aircraft.

4.13 Voice prompt function: the system will automatically voice prompt alarm information and key operations.

4.14 Equipment self-positioning function: The system has dual positioning capabilities of GPS and Beidou, as well as its own position. It does not need to manually adjust the azimuth, and the position can be placed arbitrarily.

4.15 Integrated detection and countermeasures and antennas: The system equipment is different from conventional detection and defense equipment, but integrates detection, countermeasures and full-band antennas. It is compact and easy to use, stable and reliable, easy to use, and suitable for rapid deployment.

4.16 Model features Air autonomous identification: For the DRONE model that the system does not have, the system has the function of autonomous learning and identification and judgment, and it is displayed as an unknown model. If you know the model, it can be automatically stored in the system, and the next time it is identified as the model, the illegally assembled unmanned aircraft can also be detected and positioned.

4.17 Identification and positioning of industrial-grade drones: The special intelligent spectrum algorithm design surpasses general detection equipment and can identify and locate industrial-grade drones, even assembled drones, which are more suitable for the prevention and control of terrorist attacks.

4.18 Open new model DRONE signal feature recording function: For the constantly developing and changing DRONE signals, the recording method can be used to continuously increase the database data to ensure that the equipment does not fall behind for a long time.

4.19 DRONE trajectory description function, historical detection result query, software and data update function, etc.

4.20 Support VPN remote operation and control function