| Customization: | Available |
|---|---|
| Frequency Range: | DCS1800 |
| Frequency: | 1805~1880MHz |
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Portable full-frequency drone signal jamming equipment boasts powerful jamming capabilities, covering a wide frequency range from low to high frequencies. This makes it highly effective against various types of drones. Different drone models use different frequency bands for communication and control, and this equipment can jam multiple frequency bands, including drone control signals, video transmission signals, and navigation signals. Whether it's 2.4GHz, 5.8GHz, or higher frequencies, this equipment can achieve comprehensive signal shielding in a short time, ensuring the security of the defended area.
The equipment's jamming performance is not limited to common frequency bands; it can also perform precise jamming within specific frequency ranges, ensuring effective countermeasures against different types of drones. Through intelligent algorithms, the system can automatically detect and lock onto the target signal source, effectively jamming it and severing the connection between the drone and the remote controller or ground control station. This capability makes the equipment particularly important for preventing drone intrusion and protecting sensitive areas or important facilities.
| Parameters | Description |
|---|---|
| Countermeasure Method | Omnidirectional attack (12 external omnidirectional antennas) |
| Target | Flight control link, navigation signal |
| Countermeasure Range | 1-3000m (based on local electromagnetic environment) |
| Response Speed | 2.5s |
| Countermeasure Signal | All commonly used wireless signals from 20MHz to 6000MHz |
This portable full-band UAV signal jamming device features a waterproof and dustproof design with an IP65 protection rating, ensuring stable operation in various harsh environments. Whether in high or low temperature outdoor environments, or dusty and humid construction sites, the device can operate efficiently, meeting the needs of various complex usage scenarios. The device shell is made of high-strength materials, effectively resisting external impacts, friction, and harsh weather conditions, ensuring the long-term durability of the device.
Furthermore, the device's waterproof function allows it to operate normally in rainy and humid environments. Even after prolonged exposure to the elements, the internal circuitry and components of the device remain protected from moisture and dust, maintaining excellent interference performance. This design allows the device to function in a wider range of scenarios, such as large-scale sporting events, military exercises, and counter-terrorism missions.
This device supports vehicle-mounted use, allowing users to install it in vehicles for full-band jamming at any time. This feature is particularly suitable for applications requiring large-area jamming, such as road patrols and drone interception. The vehicle-mounted system design makes installation and use more flexible, allowing users to select different jamming modes and operating frequencies according to mission requirements.
The device is compatible with vehicle power supplies, ensuring long-term operation without frequent battery replacements. Its design takes into account the unique characteristics of the vehicle environment, providing strong anti-interference capabilities and stability, unaffected by the vehicle's electrical system. Furthermore, the device is easy to operate and can be adjusted through the vehicle's control system, making vehicle-mounted jamming more efficient and convenient.
This jamming device primarily targets the UAV's flight control link and navigation signals. By interfering with the communication between the UAV and its remote controller, it forcibly interferes with or renders the UAV uncontrollable. Regarding the flight control link, the device disrupts signal transmission, causing the UAV to lose response to ground control, ultimately forcing it to lose flight control and land or return to its takeoff point.
Regarding navigation signals, the device interferes with GPS or other positioning signals, preventing the UAV from receiving accurate location information, thereby disrupting its autonomous navigation capabilities. This multi-dimensional jamming approach makes the device highly valuable in counter-UAV operations, effectively preventing UAVs from conducting illegal flights, secretly filming, or engaging in other illegal activities.
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