S-500 portable drone detection system is composed of front-end and detection system. The front end is composed of directional antenna and display terminal, and adopts handheld structure; the back end is detection system and power supply system. Backpack style. The handheld front-end is connected with the back-end detection system through RF cable and network cable.
Detection frequency band: 2400-2495 MHz, 5725-5850 MHz
Detection range: 2000m~4000m (according to the surrounding electromagnetic environment)
Full coverage of 360 degrees
Mobile phone app control, alarm using sound or vibration.
Real time map display to judge the entry direction of UAV
Identify the mainstream consumer UAV models or manufacturers in the market
Using AI identification, protocol analysis, spectrum analysis and other multi system structure, UAV identification is fast, less than or equal to 6 seconds.
Multi algorithm combination, accurate identification, basically no false alarm.
It has the upgrade function to adapt to the detection of new UAV
Operating temperature: – 30 ° C to + 55 ° C
Battery capacity: 2 hours (replaceable)
Equipment weight less than 5kg (without battery)
S-500 portable drone detection system is a kind of detection equipment mainly for consumer grade UAV. It is very simple to operate. It adopts the independent working mode, connects the detection equipment to the antenna, turns on the power, and presses the device start switch, the detection system starts to work. The detection system consists of radio detection equipment, control system (built-in AI algorithm, spectrum algorithm, protocol analysis module) ）And WiFi network card. At the same time, the control system uses AI algorithm, spectrum analysis, protocol analysis and other methods to analyze the collected signals to determine whether there is a UAV. As multiple systems work at the same time, the problem of false alarm of consumer UAV is basically solved.
The front end is composed of a directional antenna and a display terminal. The display terminal is a mobile phone, which matches the special mobile phone application software of S-500 system. After the device is turned on, open the application software on the display end of the mobile phone. After entering the application home page, you can view the running status of the device. In the setting menu options, we can set the relevant alarm parameters. When the UAV is found by the detection system, the warning information of UAV will be displayed on the home page of the application, accompanied by sound prompt and mobile phone vibration prompt (the prompt mode can be set in the setting menu). After the UAV is found, the relevant information of the UAV is displayed on the mobile phone screen of the handheld front end, including the UAV operating frequency band, signal strength (distance), model or manufacturer, etc. We can choose the direction of UAV positioning, and select the “positioning” option in the application. At this time, the user can rotate the handheld front-end 360 degrees horizontally and check the signal strength of the UAV received in all directions in real time. The direction with the strongest received signal can be judged as the orientation of UAV entering. In addition to displaying the value of UAV signal strength in the positioning interface, we also add a dynamic signal change intensity table. It’s easy to find the signal changes in a certain direction.
S-500 display terminal mobile phone installed with SIM card can display the map of the place of use and indicate the location. The S-500 supports historical record query. In the setting menu, you can view the UAV detected in the time period, and display the UAV related information in the history record, such as the signal strength of the UAV, the time of discovery, etc.
S-500 is a very easy to operate portable UAV detection system. It can identify the UAV without human intervention, and can identify the UAV’s orientation with simple data size judgment. This set of equipment is light in weight and small in size, which can be easily operated by only one person. At the same time, the hardware upgrade space is reserved. In the future, modules can be added to increase the frequency range (such as 433MHz, 800MHz, 1.2Ghz, 2.4GHz, 5.1ghz and 5.8GHz)