Drone Intrusion Alarm Identification Direction-Finding Uav Jammer Location Capabilities Drone Detector

Product Description

 

I.Overview
GW-X1M-OSJ a fixed detection system with comprehensive drone surveillance capabilities. It monitors the S/N code, model, coordinates (longitude, latitude, altitude), speed, home point, flight path, controller coordinates(longitude, latitude) and other information of drones within its range through data mining and deep analysis of drone signals.
 
GW-X1M-OSJ is suitable for lower airspace security in scenarios such as governmental venues, critical industrial facilities, military compounds, airports, border control etc. It works independently offline, fits flexibly to various scenarios and supports quick installation. It also works together with multiple devices networked or integration with other counter drone devices such as TDOA system, jamming system and so on to form a more complete counter drone network. 

2. Specifications

Product Parameters

#	Index	Parameter	Remark
1	Drone model that can be detected	DJI,AUTEL,FIMI,DAHUA,PowerVision,YUNEEC,UDIRC and other common brands of drones and some self-made FPVs and WiFi drones
2	Drone model that can be located	DJI Mavic,Air,Mini,FPV,Avata series
3	Frequency	100-6000MHz
4	Range	1~10km radius	Varies due to environment and drone model
6	Altitude	0m~1000m
7	Drone swarm detection	≥5 drones
8	Detection result refresh time	4~6s	Varies due to environment and drone model
9	Azimuth error	≤1.5°(RMS)
10	Location error	≤10m
11	Ready to use	≤120s

3.1 Main Interface Introduction
The main interface of the system contains 5 working areas:
Title bar  GIS  Shortcut Toolbar  Locate/Detect List  
Features and Settings

Figure  System main interface legend

3.2 System Title Bar
The workspace includes Logo, title, language switching function buttons, and system time display. Logo and title can be customized in the system settings (see chapter 3.3 display settings for the setting method).

3.3 GIS Map Area
This area is the central area of the entire system, and the map will display information such as equipment location, warning area, pilot position, drone position, and drone flight trajectory.

4.Functions

1. Drone detection and identification: GW-X1M-OSJ detects and identifies various name brand drones such as DJI and AUTEL, as well as WiFi drones, FPVs, some DIY drones;
2. Trajectory tracking and display: The real-time flight trajectory of the tracked drones can be displayed on the GIS map;
3. Pilot position display: The position of the pilot (remote controller) can be tracked and displayed, and the location information can be updated in real time;
4. Drone detailed information monitoring: The detailed information of drones and pilots can be displayed in real time, including: drone ID, frequency, latitude and longitude, model, altitude, height, pilot latitude and longitude, distance between the device and the pilot (or the distance between the drone and the reference point) and other information;
   1. Sole identity: For each drone, GW-X1M-OSJ can identify its unique S/N number;
5. Black and white list: Distinguish between "friend" and "foe", GW-UAVX1M will not alarm when a "friend" drone is detected, a "friend" or "foe" can be tagged (only support DJI series drones);
6. Intrusion alarm: When the device detects a drone intrusion, an audible and/or visual alarm is performed;
7. Map operation: Support online map and local map;
8. Map types: Support a variety of digital maps, including AutoNavi, Bing, Baidu, Google, etc.;
9. Historic data playback: Record and playback of historic drone trajectories, model, pilot location and home point and other information;
10. Data record query: User can query the historic data of the drones detected according to the time period;
11. Data statistics: Historical drone detection data statistics and graphical analysis;
12. Drone swarm tracking: Multiple drones can be tracked at the same time and different drone trajectories are displayed with different colors;
13. Multi-device networking: Multiple devices can access the back-end management platform at the same time for unified device management and data management, and can merge the detection results of multiple devices (including drones, pilots, and trajectories).

Note: Function 1,2,3,4,5,6 only apply to DJI Mavic, Air, Mini, FPV, Avata series.

Product Description

 

I.Overview
GW-X1M-OSJ a fixed detection system with comprehensive drone surveillance capabilities. It monitors the S/N code, model, coordinates (longitude, latitude, altitude), speed, home point, flight path, controller coordinates(longitude, latitude) and other information of drones within its range through data mining and deep analysis of drone signals.
 
GW-X1M-OSJ is suitable for lower airspace security in scenarios such as governmental venues, critical industrial facilities, military compounds, airports, border control etc. It works independently offline, fits flexibly to various scenarios and supports quick installation. It also works together with multiple devices networked or integration with other counter drone devices such as TDOA system, jamming system and so on to form a more complete counter drone network. 

2. Specifications

Product Parameters

#	Index	Parameter	Remark
1	Drone model that can be detected	DJI,AUTEL,FIMI,DAHUA,PowerVision,YUNEEC,UDIRC and other common brands of drones and some self-made FPVs and WiFi drones
2	Drone model that can be located	DJI Mavic,Air,Mini,FPV,Avata series
3	Frequency	100-6000MHz
4	Range	1~10km radius	Varies due to environment and drone model
6	Altitude	0m~1000m
7	Drone swarm detection	≥5 drones
8	Detection result refresh time	4~6s	Varies due to environment and drone model
9	Azimuth error	≤1.5°(RMS)
10	Location error	≤10m
11	Ready to use	≤120s

3.1 Main Interface Introduction
The main interface of the system contains 5 working areas:
Title bar  GIS  Shortcut Toolbar  Locate/Detect List  
Features and Settings

Figure  System main interface legend

3.2 System Title Bar
The workspace includes Logo, title, language switching function buttons, and system time display. Logo and title can be customized in the system settings (see chapter 3.3 display settings for the setting method).

3.3 GIS Map Area
This area is the central area of the entire system, and the map will display information such as equipment location, warning area, pilot position, drone position, and drone flight trajectory.

4.Functions

1. Drone detection and identification: GW-X1M-OSJ detects and identifies various name brand drones such as DJI and AUTEL, as well as WiFi drones, FPVs, some DIY drones;
2. Trajectory tracking and display: The real-time flight trajectory of the tracked drones can be displayed on the GIS map;
3. Pilot position display: The position of the pilot (remote controller) can be tracked and displayed, and the location information can be updated in real time;
4. Drone detailed information monitoring: The detailed information of drones and pilots can be displayed in real time, including: drone ID, frequency, latitude and longitude, model, altitude, height, pilot latitude and longitude, distance between the device and the pilot (or the distance between the drone and the reference point) and other information;
   1. Sole identity: For each drone, GW-X1M-OSJ can identify its unique S/N number;
5. Black and white list: Distinguish between "friend" and "foe", GW-UAVX1M will not alarm when a "friend" drone is detected, a "friend" or "foe" can be tagged (only support DJI series drones);
6. Intrusion alarm: When the device detects a drone intrusion, an audible and/or visual alarm is performed;
7. Map operation: Support online map and local map;
8. Map types: Support a variety of digital maps, including AutoNavi, Bing, Baidu, Google, etc.;
9. Historic data playback: Record and playback of historic drone trajectories, model, pilot location and home point and other information;
10. Data record query: User can query the historic data of the drones detected according to the time period;
11. Data statistics: Historical drone detection data statistics and graphical analysis;
12. Drone swarm tracking: Multiple drones can be tracked at the same time and different drone trajectories are displayed with different colors;
13. Multi-device networking: Multiple devices can access the back-end management platform at the same time for unified device management and data management, and can merge the detection results of multiple devices (including drones, pilots, and trajectories).

Note: Function 1,2,3,4,5,6 only apply to DJI Mavic, Air, Mini, FPV, Avata series.