 |
| Quantity: | |
|---|---|
GW-X1M-OSJ
Greetwin
5-7 Day
L/C, D/A, D/P, T/T, Western Union, MoneyGram
2000PCS/Month
Shenzhen
Greetwin
GW-X1M-OSJ
1 PC
Drone monitoring: Capable of obtaining information such as serial number, model, position (longitude, latitude, azimuth), speed, altitude, takeoff point, return point, trajectory, remote control position (longitude, latitude, azimuth), etc. of unmanned aerial vehicles within the monitoring range.
Unique ID identification: Identify the unique serial number of the drone and confirm its unique identity information.
UAV positioning: Positionable drone position information, real-time display of drone position (longitude and latitude), azimuth information, and distance information (the distance of the drone relative to the location of the device).
Flying hand positioning: Positionable pilot position information, real-time display of pilot (remote control) position (longitude and latitude), azimuth information, distance information (the distance of the pilot relative to the position of the device).
Multi target trajectory tracking: Capable of locating and tracking drone swarms, while displaying multiple drone flight trajectories.
Black and White List: Distinguishable between cooperative and noncooperative drones, with no alarm provided by the device when detecting cooperative drones, and trust labeling for cooperative drones.
Intrusion alarm: When the device detects a drone intrusion, it will issue an audible or visual alarm.
Track playback: Support drone flight trajectory playback and assist security personnel in analyzing historical drone flight data.
Detection record: The detection record list can preserve historical detection records, including multidimensional information such as drone serial number, model, frequency, etc.
Data and information visualization analysis: Support UAV detection and flight data statistical analysis, which can be presented through thermal diagram, Line chart and other visual icons.
Electronic map: Electronic map switching, including Gaode, Bing, Baidu, Google, etc.
Multiunit network: The devices can be connected to the backend control platform through networking, and the multi unit network can meet the needs of large area coverage;
Inspection and strike linkage: Capable of collaborating with countermeasures or deception devices to strike drones;
Multiple device networking: The equipment can be networked with TDOA equipment to detect and locate drones, improving positioning accuracy and breadth.
All detection models: The system can identify and detect common brands of drones such as DJI, AUTEL, Dahua, and Haoxiang, as well as the vast majority of models on the market such as self-made traversing machines and WiFi machines.
Long detection distance: In an open environment, some models can detect distances of over 10km.
Passive detection: The device does not emit any electromagnetic signals, has no electromagnetic environmental pollution, and is environmentally friendly.
Comprehensive protection: The equipment operates continuously day and night throughout the day (7 * 24 hours), 24 hours a day (suitable for complex electromagnetic environments and harsh weather environments), and provides comprehensive (360° detection of drone intrusion) security in the core area.
Fixed installation: The equipment adopts a fixed structural design, which can be installed and used outdoors for a long time.
Drone detection and identification: SRD-X1M detects and identifies various name brand drones such as DJI and AUTEL, as well as WiFi drones, FPVs, some DIY drones;
Trajectory tracking and display: The real-time flight trajectory of the tracked drones can be displayed on the GIS map;
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;
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;
Sole identity: For each drone, X1M can identify its unique S/N number;
Black and white list: Distinguish between "friend" and "foe",SRD-X1C will not alarm when a "friend" drone is detected, a "friend" or "foe" can be tagged (only support DJI series drones);
Intrusion alarm: When the device detects a drone intrusion, an audible and/or visual alarm is performed;
Map operation: Support online map and local map;
Map types: Support a variety of digital maps, including AutoNavi, Bing, Baidu, Google, etc.;
Historic data playback: Record and playback of historic drone trajectories, model, pilot location and home point and other information;
Data record query: User can query the historic data of the drones detected according to the time period;
Data statistics: Historical drone detection data statistics and graphical analysis;
Drone swarm tracking: Multiple drones can be tracked at the same time and different drone trajectories are displayed with different colors;
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).
| Number | Index | Parameter | Notes |
| 1 | Detection and identification of drone types | DJI series drones, FPVs, Xiaomi, Yuneec, Hubsan, Powervision, Tello drones etc. | |
| 2 | Localizable drone models | DJI mavic,air,mini,FPV,avata, etc. | |
| 3 | Detection frequency band | 100MHz--6000Hz | |
| 4 | Detection and positioning distance | 1~10km | Depending on the environment |
| 5 | Detection height | 0m~1000m | |
| 6 | Number of targets that can be detected simultaneously | ≥5 sorties | |
| 7 | Capable of simultaneously tracking and displaying drone trajectories | ≥5strip | |
| 8 | Azimuth error | ≤1.5°(RMS) | |
| 9 | Positioning accuracy | ≤10m | |
| 10 | Detection success rate | ≥95% | |
| 11 | Identify response time | ≤5s |
| Channel | Working frequency | Output power(±1.5dBm) | |
| 5.8G | 5725-5850MHz | 47dBm (50W) | |
| 5.2G | 5150-5300MHz | 47dBm (50W) | |
| 2.4G | 2400-2500MHz | 50dBm (100W) | |
| GPS L1 | 1550-1620MHz | 47dBm (50W) | |
| 1.4G | 1420-1530MHz | 47dBm (50W) | |
| GPS L2 | 1170-1280MHz | 47dBm (50W) | |
| FPV | 840-930MHz | 50dBm (100W) | |
| FPV | 700-840MHz | 47dBm (50W) | |
| 433MHZ | 420-450MHz | 47dBm (50W) | |
| Total 9 band, output power: 550W | |||
| Power Consumption : 1200W | |||
| Power supply: AC220V, DC24-28V | |||
| Main engine weight : 45Kg | |||
| Size: 513×462×233mm | |||
| With omni antenna 9pcs , | |||
| Jammer Module Number : | 9 | ||
| Cooling System: | Systematic Smart Cooling System | ||
| Jamming Source : | Noise Technology | ||
| Humidity: 30%-95% | |||
| Running temperature : -20ºC to +65ºC | |||
| Omni Jamming range: 600m - 3km, according to signal density of mobile network | |||
Drone monitoring: Capable of obtaining information such as serial number, model, position (longitude, latitude, azimuth), speed, altitude, takeoff point, return point, trajectory, remote control position (longitude, latitude, azimuth), etc. of unmanned aerial vehicles within the monitoring range.
Unique ID identification: Identify the unique serial number of the drone and confirm its unique identity information.
UAV positioning: Positionable drone position information, real-time display of drone position (longitude and latitude), azimuth information, and distance information (the distance of the drone relative to the location of the device).
Flying hand positioning: Positionable pilot position information, real-time display of pilot (remote control) position (longitude and latitude), azimuth information, distance information (the distance of the pilot relative to the position of the device).
Multi target trajectory tracking: Capable of locating and tracking drone swarms, while displaying multiple drone flight trajectories.
Black and White List: Distinguishable between cooperative and noncooperative drones, with no alarm provided by the device when detecting cooperative drones, and trust labeling for cooperative drones.
Intrusion alarm: When the device detects a drone intrusion, it will issue an audible or visual alarm.
Track playback: Support drone flight trajectory playback and assist security personnel in analyzing historical drone flight data.
Detection record: The detection record list can preserve historical detection records, including multidimensional information such as drone serial number, model, frequency, etc.
Data and information visualization analysis: Support UAV detection and flight data statistical analysis, which can be presented through thermal diagram, Line chart and other visual icons.
Electronic map: Electronic map switching, including Gaode, Bing, Baidu, Google, etc.
Multiunit network: The devices can be connected to the backend control platform through networking, and the multi unit network can meet the needs of large area coverage;
Inspection and strike linkage: Capable of collaborating with countermeasures or deception devices to strike drones;
Multiple device networking: The equipment can be networked with TDOA equipment to detect and locate drones, improving positioning accuracy and breadth.
All detection models: The system can identify and detect common brands of drones such as DJI, AUTEL, Dahua, and Haoxiang, as well as the vast majority of models on the market such as self-made traversing machines and WiFi machines.
Long detection distance: In an open environment, some models can detect distances of over 10km.
Passive detection: The device does not emit any electromagnetic signals, has no electromagnetic environmental pollution, and is environmentally friendly.
Comprehensive protection: The equipment operates continuously day and night throughout the day (7 * 24 hours), 24 hours a day (suitable for complex electromagnetic environments and harsh weather environments), and provides comprehensive (360° detection of drone intrusion) security in the core area.
Fixed installation: The equipment adopts a fixed structural design, which can be installed and used outdoors for a long time.
Drone detection and identification: SRD-X1M detects and identifies various name brand drones such as DJI and AUTEL, as well as WiFi drones, FPVs, some DIY drones;
Trajectory tracking and display: The real-time flight trajectory of the tracked drones can be displayed on the GIS map;
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;
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;
Sole identity: For each drone, X1M can identify its unique S/N number;
Black and white list: Distinguish between "friend" and "foe",SRD-X1C will not alarm when a "friend" drone is detected, a "friend" or "foe" can be tagged (only support DJI series drones);
Intrusion alarm: When the device detects a drone intrusion, an audible and/or visual alarm is performed;
Map operation: Support online map and local map;
Map types: Support a variety of digital maps, including AutoNavi, Bing, Baidu, Google, etc.;
Historic data playback: Record and playback of historic drone trajectories, model, pilot location and home point and other information;
Data record query: User can query the historic data of the drones detected according to the time period;
Data statistics: Historical drone detection data statistics and graphical analysis;
Drone swarm tracking: Multiple drones can be tracked at the same time and different drone trajectories are displayed with different colors;
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).
| Number | Index | Parameter | Notes |
| 1 | Detection and identification of drone types | DJI series drones, FPVs, Xiaomi, Yuneec, Hubsan, Powervision, Tello drones etc. | |
| 2 | Localizable drone models | DJI mavic,air,mini,FPV,avata, etc. | |
| 3 | Detection frequency band | 100MHz--6000Hz | |
| 4 | Detection and positioning distance | 1~10km | Depending on the environment |
| 5 | Detection height | 0m~1000m | |
| 6 | Number of targets that can be detected simultaneously | ≥5 sorties | |
| 7 | Capable of simultaneously tracking and displaying drone trajectories | ≥5strip | |
| 8 | Azimuth error | ≤1.5°(RMS) | |
| 9 | Positioning accuracy | ≤10m | |
| 10 | Detection success rate | ≥95% | |
| 11 | Identify response time | ≤5s |
| Channel | Working frequency | Output power(±1.5dBm) | |
| 5.8G | 5725-5850MHz | 47dBm (50W) | |
| 5.2G | 5150-5300MHz | 47dBm (50W) | |
| 2.4G | 2400-2500MHz | 50dBm (100W) | |
| GPS L1 | 1550-1620MHz | 47dBm (50W) | |
| 1.4G | 1420-1530MHz | 47dBm (50W) | |
| GPS L2 | 1170-1280MHz | 47dBm (50W) | |
| FPV | 840-930MHz | 50dBm (100W) | |
| FPV | 700-840MHz | 47dBm (50W) | |
| 433MHZ | 420-450MHz | 47dBm (50W) | |
| Total 9 band, output power: 550W | |||
| Power Consumption : 1200W | |||
| Power supply: AC220V, DC24-28V | |||
| Main engine weight : 45Kg | |||
| Size: 513×462×233mm | |||
| With omni antenna 9pcs , | |||
| Jammer Module Number : | 9 | ||
| Cooling System: | Systematic Smart Cooling System | ||
| Jamming Source : | Noise Technology | ||
| Humidity: 30%-95% | |||
| Running temperature : -20ºC to +65ºC | |||
| Omni Jamming range: 600m - 3km, according to signal density of mobile network | |||
