EASTLONGE ELECTRONICS(HK) CO.,LTD
GLOBAL WIRELESS COMMUNICATION PROCESSING SYSTEM PROVIDER
Add to Cart
High Efficiency 5000m Detection Distance Radio Technology UAV Scanning and Jamming System
1. System Characteristics
1．Integrated detection and interference, smaller, lighter;
2．Passive passive detection, 360° omni-directional, 50 MHz-6GHz ultra-wide spectrum detection range;
3．With the ability of independent learning to identify unknown UAV, can record its signal characteristics in UAV flight, including standard broadband map transmission and frequency jump map transmission of industrial UAV, consumer UAV, patent design, the world's first;
4．AOA single-station identification and positioning UAV;
5．It can handle more than 10 targets at the same time to detect and identify the positioning and interference;
6．All-day, all-weather, unattended;
7．Multi-antenna array design, suitable for the city's particularly complex electromagnetic environment, suburban environment detection up to 5000M;
8．Open the UAV signal feature recording, for the new UAV, the model can be identified after recording;
9．With the whitelist function;
10．Unique intelligent gain and reference level patent design, to meet the needs of complex electromagnetic environment detection;
11．Directional countermeasures, do not cause too much impact on other communication, high efficiency, low RF power;
Special frequency hopping signal recognition technology can distinguish multiple remote controls and industrial frequency hopping UAV;
2. System Parameter
The main technical parameters of the UAV detection and jamming system are shown in the following table:
| Detection | Frequency Range | 50MHz ~6GHz |
| Detection Radius | 5000m (depending on the working condition) | |
| Real-time Broadband Processing | 160MHz | |
| Ranging Accuracy | ≤10%R | |
| Horizontal Extent | 0-360° | |
| Jamming | Frequency Band 1 | (895~935) ± 5 MHz / 25W |
| Frequency Band 2 | (1165~1285) ± 5 MHz / 10W (PRO version optional) | |
| Frequency Band 3 | (1555~1635) ± 5 MHz / 10W | |
| Frequency Band 4 | (2395~2505) ± 5 MHz / 25W*2 | |
| Frequency Band 5 | (5130~5395) ± 5 MHz / 50W (PRO version optional) | |
| Frequency Band 6 | (5730~5865) ± 5 MHz / 25W*2 | |
| Frequency Band 7 | (433) (PRO version is optional) | |
| Shielding Distance | 1000m-2000m | |
| Response Time | ≤3s | |
| Operating System | White List | possess |
| Unattended Operation | possess | |
| Data Storage, Historical Track Playback | possess | |
| Signal Recording | possess | |
| Mono Station Locating | possess | |
| Sound and Light Alarm Function | possess | |
| Tractor Parameter | Levels of Protection | Level IP65 |
| Size | =500mm, H=500mm | |
| Weight | 15KG | |
| Maximum Power Dissipation | Detection 60W; band countermeasures <750W | |
| Working Temperature | -30°-60° |
3. System Deployment
6.1 Single-station System Deployment
The UAV detection and countermeasures system can complete the 360° range of omnidirectional scanning and directional interference alone, and build an all-weather UAV no-fly zone. You can roughly obtain the location and distance information of the UAV by single station deployment. The deployment diagram of the single station system is as follows:
6.2 Multi-station Network Deployment
The deployment of multiple stations (2 stations) can give the location of the UAV through cross-positioning mode. Each site can perform both a routine signal monitoring task and an AOA cross-localization. AOA cross-mapping is a method of orientation crossing for mapping. By measuring the position determination of the two direction crossing, we can track the UAV flight information in real time in the area where the source is located. During unattended work, different stations can strike a single target at the same time, and the strike efficiency is higher. The multi-station network deployment schematic diagram is as follows:
