Table of Contents
Drone Detection System
- This briefcase drone jammer can shield drone intrude and spy in range 500-1500 meter.
- multiple application includes the VIP convoy, military field, police system, law enforcement, stadium large
competition, entertainment public activity, etc.
- Detection and countermeasures are integrated, smaller, lighter;
- Learn independently and identify unrecorded drones.
- Identify the UAV model and locate the azimuth and distance of the UAV;
- Suitable for industrial, consumer and WIFI class drones;
- Full-band detection, from 70 MHz to 6GHz;
- Can handle more than 10 targets simultaneously.
- Unattended and manual operation of the two working modes;
- 160 MHz real-time processing bandwidth;
- Multi-antenna array design, suitable for the city complex electromagnetic environment, the detection distance can be up to 1km-4km,.
- Aerial UAV signal feature identification. For drones with no data in the database, you can enable the autonomous learning function, and the system will prompt you whether to enter a new model after the test is completed.
- Special frequency jump signal recognition technology can distinguish multiple remote controls and industrial frequency jump uav.
- The whitelist function, when the drone is detected, click the result bar to put the drone in the whitelist list. In the case of unattended, the whitelist drone will not be retaliated.
- Unique intelligent gain and reference level patent, design, adaptive complex electromagnetic environment detection needs.
The Hinaray Anti Drone System HN-CD-Pro family of products is available for mobile and fixed deployment use. The product is used for drone detection, identification, and interference. The system integrates collaborative spectrum sensing and deep neural network, and uses the received characteristic signals of the UAV to realize the detection and identification of the black flight UAV, and uses the radio interference and blocking technology.
During a temporary major event security deployment, the Hinaray Anti Drone System HN-CD-Pro is deployed through mobile supports. For high-value targets such as airports, government departments, prisons, nuclear power plants, and hydropower stations, fixed equipment will be deployed nearby to implement 7 * 24-hour protection to prevent interference, peeping and even attacks by malicious drones.
At the same time, Hinaray Anti Drone System HN-CD-Pro series products can be connected through multiple devices at the same time for centralized monitoring in the central control room to protect larger areas.
|Device type:||Spectrum detection and a counter|
|radio frequency:||From 70 MHz to 6GHz|
|Real-time detection bandwidth:||160MHz|
|Horizontal Detection Angle Range:||0°-360°|
|Test distance:||1-4KM Electromagnetic environment determination|
|Countermeasure distance:||1 km (100m high)|
|Device direction perception of the north needle||✖|
|Set up the white list:||√|
|WIFI UAV Identification:||√|
|Identify industrial jump drones||√|
|working temperature:||-20° to 60°|
|storage temperature:||-40° to 70°|
|maximum power dissipation:||<280W(sending)|
|levels of protection:||IP65|
4.1 Detection function
4.1.1 UAV identification and positioning
Using radio spectrum detection, 10 unmanned aircraft can be identified and located at the same time, and the detection result window is automatically pop up to display the identified UAV, showing the UAV model, orientation, frequency of use, level and distance. If the drone disappears, the results will be rearranged, as shown in Figure 4-1 below.
Figure 4-1 Detection interface
4.1.2 White list function
When the UAV is detected, click on the operation test result bar, the UAV can be placed on the white list, the unattended time will not counter the UAV, but can also input the information of the UAV, such as its own unit, etc. When the drone is on the white list, the detected drone displayed on the map will be white, otherwise it will be blue.
4.1.3 List of detection results
The drones identified and are displayed in this list to save the model, time, orientation, and distance information of the drone or the operator identified within the detection range, which can be exported. For this report, as shown in Figure 4-2 below.
Using radio spectrum detection, under the condition of single-station deployment, the distance between the UAV and the detection equipment can be roughly measured through the complex algorithm, and the single-station two-dimensional positioning function can be realized by using the distance and azimuth Angle, as shown in Figure 4-1.
4.1.5 * Detective corners can be set up
According to the geography of the detection, if the back is a mountain or a tall building, we only need to protect the front UAV, and the Angle range of the protection can be set arbitrarily, which can effectively eliminate the false azimuth Angle caused by the signal reflection.
4.1.6 * Distance to the calibration
For different electromagnetic environments, the detected distances will be erroneous. The system provides distance calibration detection, allowing the drone to fly 100 meters high and fly at a distance of 500 meters. The system will automatically calibrate the detection distance to make the detection distance more accurate.
In the absence of interference signals, the error of the detection target is within 200 m.
4.1.7 Set up the detection frequency band
Depending on the actual frequency band of the drone (or when the drone uses the frequency band), the detected frequency band can be input and edited to improve the detection efficiency, without having to sweep through all of the frequency bands.
Figure 4-3 Detection settings
4.1.8 Full-band detection
The system equipment detected a frequency band of 10 MHz to 6GHz, and the antenna covered a frequency band of 380 MHz to 6 GHz. It maintains a good gain flatness throughout the frequency band. Antenna gains from 5 dBi-12 dBi and can adapt to all common frequency bands from 300 MHz to 6GHz.
4.1.9 Gain and reference level automatic adjustment
When the detection frequency is set, all detection is automatic, without having to equal any parameters.
4.1.10 Eliminate the alarm frequency band
When the system self-study function is started, there may be some false positives. In the system setting, it can be set to eliminate the alarm band, such as mobile communication band, radio and TV band.
4.2 Counteraction function
4.2.1 Intelligent linkage countermeasures
Depending on the frequency and azimuth of the detected target, you can choose to counter the detected drone. The system will automatically select the target azimuth and counterattack band that are detected. The countermeasure performance can be improved by 4-6 times, while the equipment can avoid interference to normal WIFI and other communications, and avoid accidental damage to the whitelist aircraft in specific frequency bands and specific angles.
4.2.2 Drive and forced landing
System support, displacement and forced landing can be selected according to the field environment, indicating “carefully use GPS interference to avoid affecting aircraft navigation”, as shown in Figure 4-5.
Figure 4-5 Counterinterface
4.3 * Signal recording function
Currently, we are the only company that has opened up drone, signal feature recording to customers. For the new unmanned aircraft model, our system can automatically record the image transmission signal and frequency hopping signal feature data, record the menu automatically pop up, and automatically identify the model next time. The special recording feature can also identify industrial-grade drones, as shown in Figure Figure 4-6.
Figure 4-6 Signal feature recording interface
This feature keeps our device advanced and adaptable, because if new drones appear, we can record and be able to identify alarms.
4.4 * Electromagnetic situational awareness function
According to this function, the electromagnetic situation awareness can be used to judge whether the electromagnetic environment in the vertical position is complex, and automatically give the reference level and signal gain suitable for the environment. Without requiring professional judgment and operation, the system is suitable for the selected location. The reference suggestion for choosing the best location for the electromagnetic environment is detection over longer distances.
4.5 Unattended function
The unattended function is mainly to run the system automatically without any manual intervention, and to monitor the environment to be detected for a long time. If the UAV is detected, it will identify the UAV, record the model, time, azimuth, distance and other information, and automatically implement the interference countermeasures under the setting conditions. In other words, the counter-linkage operation is executed automatically under the condition of unattended detection.
4.6 Voice prompt function
The system will automatically voice prompt the alarm information and the related key operation.
4.7 *Detection and counter function and antenna integration
The system equipment is different from the traditional detection equipment. It integrates detection, countermeasures, and full-band antennas. It is small, easy to use, stable and reliable, and is ideal for rapid deployment.
4.8 * System features from, main learning recognition
If there is no UAV model in the system database, the system has the function of autonomous learning and identification and judgment, which is displayed as an unknown model. You can also detect the location of the illegally assembled drones.
4.9* Identification and positioning of industrial-grade uav
The special intelligent spectrum algorithm design, beyond the general detection equipment, can identify and locate the industrial-grade unmanned aircraft that may carry more explosives, or even the assembled unmanned aircraft, which is more suitable for preventing terrorist attacks.
4.10 All wifi controls the identification and positioning of UAVs
There are currently many cheap wifi-controlled drones, and our special spectrum signature identification technology can identify any type of wifi drone without relying on a database of decoded data, which is our unique advantage.
|1||Detection and counter-integrated host||HN-CD-Pro||set||1.0||500mm*500mm|
|2||Fixation bracket (optional one)||custom made||Piece||1.0||Disk diameter：260mm|
|Portable support (optional II)||miliboo||set||1.0||weight：2.08kg|
|3||Equipment power cord||custom made||Piece||1.0||long：238mm|
|4||operate a computer||acer||set||1.0||inch15.6、512GB、internal storage16GB|
|5||Drone vehicle detection and countermeasures system software||V2.0||set||1.0||Turn on the detection, countermeasures and signal recording functions through the software |
The software map interface will display the location of the device and the location of the UAV
3. The software can realize the function of recording the UAV model in the air
|6||Seven types of network cables||custom made||Piece||1.0||5M|
|7||equipment box||custom made||set||1.0||600mm*600mm*700mm|