System with Seven Built-in Frequency Band Interception Modules
This mobile omnidirectional drone detection and countermeasure device is specifically designed to interfere with and intercept drone remote control signals in the 300-600MHz frequency band. The system incorporates seven independent frequency band interception modules, comprehensively covering the frequency bands used by most mainstream consumer drones on the market. These modules support real-time detection and interception of remote control links, image transmission links, and navigation signals from drones, ensuring efficient disruption of normal drone operation and providing users with a one-stop countermeasure solution. The system can identify and respond to various drone signals, exhibiting strong adaptability and high practical value.
Product Parameters
Equipment Detection Performance Parameters
| Detection Frequency |
Supports 300MHz~6000MHz |
| Key Frequency Bands |
800MHz/900MHz/1.6G/2.4G/5.8G |
| Detection Distance |
1-2500m (subject to local electromagnetic environment) |
| Detection Quantity |
Simultaneous detection > 10 sorties |
| Continuous Detection Duration |
> 7h |
| Alarm Method |
Audible and visual warning |
| Operating Temperature |
-40°~70° |
Equipment Countermeasure Performance Parameters
| Countermeasure Method |
Omnidirectional strike |
| Target |
Flight control link, navigation signal |
| Countermeasure Distance |
1-1500m (subject to local electromagnetic environment) |
| Response Speed |
≤2.5s |
| Countermeasure Frequency Bands |
1.6G/2.4G/5.8G/400MHz/800-900MHz/1.2G/1.4G (Frequency bands can be customized) |
| Target |
Flight control link, navigation signal |
| Countermeasure Distance |
1-1500m (based on local electromagnetic environment) |
| Response speed |
<2.5s |
| Counter-attack frequency band |
1.6G/2.4G/5.8G/400MHz/800-900MHz/1.2G/1.4G (frequency band can be customized) |
Electromagnetic Suppression Technology Achieves All-Round Interference
This device employs advanced electromagnetic suppression technology to effectively control drones by interfering with their remote control link, image transmission link, and navigation signals. When the system detects a drone signal, it can immediately interfere with its communication link, causing it to lose contact with the remote control. The signal interference process can not only stop the drone from moving forward but also force it to execute a return-to-home or forced landing procedure, ensuring the user's airspace safety. In emergencies, the system can also quickly cut off the drone's navigation signal, keeping it suspended in the air and preventing it from flying out of control or causing other safety hazards.
Standalone and Network Support, High Integration and Flexibility
This device supports not only independent standalone operation but also multi-device network collaboration. In standalone mode, the device possesses sufficient processing power and stability to handle drone jamming tasks in general scenarios. When facing large-scale, high-density drone jamming, users can choose a network-based approach, utilizing multiple devices in coordinated operation to achieve comprehensive coverage of a wide airspace. The device features high integration and a compact internal design, maintaining flexibility for mobile defense needs and adapting to various working environments.
Suitcase Design for Convenient Mobility
This device adopts a suitcase design for easy and rapid movement and deployment. Users can easily place the device in a vehicle or other means of transport and deliver it to the scene requiring defense at any time. Whether for urban security, protection of important events, or temporary mission deployment, the suitcase design effectively reduces carrying hassle, allowing the device to be quickly deployed in various situations. At the same time, the device's weight and size have been carefully designed to ensure good mobility and portability while maintaining performance.
Audited Supplier 
){kind=link}