Simultaneous Multi-Band Jamming to Prevent Drone Escape The high-performance drone defense system possesses powerful
multi-band jamming capabilities, enabling simultaneous jamming
across multiple frequency bands to effectively prevent drones from
escaping defenses. This multi-band jamming method can target the
communication frequencies of different types of drones. The system
automatically adjusts its jamming frequency based on real-time
analysis of the drone's frequency information, achieving
comprehensive control over the drone. Since drones typically rely
on specific radio frequencies for communication and navigation,
frequency jamming can render them unable to navigate and control,
rendering them unable to continue their missions. This technology
is particularly suitable for complex environments and large-scale
air defense needs, ensuring that drones cannot successfully evade
jamming within the defended area. Product Parameter Table | Equipment Detection Performance Parameters |
|---|
| Detection Frequency | Key Frequency Bands: 2.4G/5.8G/900MHz/400MHz/800MHz/1.4GHz | | Detection Frequency Range | Supports 300MHz~6000MHz | | Detection Distance | 1-5000m (Subject to local electromagnetic environment) | | Number of Detections | Simultaneous Detection > 10 sorties | | Equipment Countermeasure Performance Parameters |
|---|
| Countermeasure Signal | 2.4G/5.2G/5.8G/800MHz/900MHz (Frequency band can be customized) | | Countermeasure Distance | 1-3000m (Subject to local electromagnetic environment) | | Equipment Decoy Performance Parameters |
|---|
| Action Distance | >500m, less than 1000m and adjustable within 500m | | Action Direction | Omnidirectional 360-degree (unobstructed) | | Operating Frequency Bands | GPS/BDS/GLONASS/Galileo | | Deception Effects | Follow-up landing, no-fly zone, denial, targeted expulsion |
Multiple Jamming Methods This system employs multiple jamming methods, including but not
limited to GPS jamming and communication signal jamming. GPS
jamming blocks the drone's navigation signals, preventing it from
obtaining positioning information and avoiding deviation from its
predetermined trajectory. Communication signal jamming disrupts
wireless communication between the drone and the control station,
preventing it from receiving commands and losing control.
Furthermore, the system can also utilize radar jamming, video
signal jamming, and other methods to provide more comprehensive
support for drone capture and destruction. These jamming methods
can work synergistically in different scenarios, improving the
accuracy and effectiveness of drone defense and ensuring the system
can perform at its maximum efficiency in complex environments. Low Maintenance Requirements, Reduced Operating Costs The high-performance drone defense system is designed with low
maintenance requirements for long-term operation in mind. The
system uses highly reliable components and employs intelligent
fault self-diagnosis functions to monitor the system's health
status in real time and prevent potential failure risks. Even
during extended operation, the system requires relatively little
maintenance, significantly reducing manual intervention and
maintenance costs. The efficient energy management system ensures
long battery life, minimizing unnecessary battery replacements.
Furthermore, the modular design facilitates system upgrades and
repairs, improving overall operational efficiency and reducing the
company's operating costs. |
