The F-12D PTZ drone countermeasure equipment uses ultra-high frequency sweep technology to transmit multiple broadband signals, which can cut off the remote control, image transmission, and positioning signals of mainstream unmanned aerial vehicles on the market, leading to the departure or forced landing of drones.
The device adopts a high gain directional antenna and gimbal integrated design, supporting 360 ° rotation to track targets. It is equipped with modular components for quick maintenance and upgrading, and has both radiation protection and ultra long range precision countermeasure capabilities. The system can link radar, electronic optical and other equipment to build a three-dimensional defense system, with all-weather continuous operation, power on self inspection and fault reporting functions, providing low altitude safety barriers for key security scenarios such as camps, energy facilities, oil depots and ships.
Product Details
This device uses ultra wide band scanning technology to cover mainstream drone remote control, image transmission, and navigation frequency bands. It suppresses the communication link and positioning system of the target drone with high-intensity directional signals, causing it to instantly lose the ability to receive control commands. In this state, the drone will trigger an autonomous return mechanism or execute an emergency landing command to block its illegal intrusion behavior. Compared to portable devices, PTZ design relies on high gain directional antenna arrays and power amplification modules to enhance countermeasure coverage radius, enabling electronic suppression tasks to be completed at ultra long distances and significantly expanding protection depth. The system is equipped with intelligent recognition algorithms that can quickly distinguish the characteristics of drone signals, avoiding interference with legitimate communication devices in the surrounding area.
The device supports seamless integration with radar detection, electro-optical tracking, and command management platforms, building an automated defense network for the entire process of "detection identification disposal". When the radar detects a suspicious target, the system automatically links with optoelectronic devices for precise positioning and target locking. The gimbal then adjusts the transmission angle to implement directional interference, forming a multi-dimensional collaborative combat capability. Users can set a graded response strategy based on their protection level requirements, and flexibly choose disposal modes such as warning eviction or forced landing. The reserved multifunctional expansion interface is compatible with mainstream security systems, making it easy to access new technology modules such as acoustic positioning and electromagnetic spectrum monitoring in the later stage.
The pan tilt system adopts a precision transmission structure of turbine worm, supporting horizontal and pitch dual axis variable speed rotation, which can achieve 360 degree blind spot monitoring and dynamic tracking of targets at different heights and orientations. Modular design highly integrates the transmitting unit with the antenna, ensuring signal transmission stability and simplifying transportation and installation processes. The unique embedded module plug-in structure supports quick on-site replacement of core components, significantly improving equipment maintenance efficiency. The dual polarized high gain directional antenna is made of special copper material precision casting, combined with adaptive beam forming technology, to ensure that interference signals are focused and projected to the target area, minimizing the impact of electromagnetic radiation on the surrounding environment.
The whole machine shell adopts advanced protective technology, which has dust-proof, waterproof and corrosion-resistant performance, and can withstand extreme weather conditions. The wide temperature range design enables it to maintain stable operation in both cold and hot environments, meeting the demand for uninterrupted duty around the clock. The built-in intelligent diagnostic system monitors device status in real-time, automatically completes power on self-test, and actively reports fault information, reducing operation and maintenance complexity. Lightweight structural design balances strength and portability, supporting various flexible installation schemes such as top mounted installation and side mounted deployment, adapting to the installation needs of complex terrains and special carriers.
Product Features
Full frequency coverage of drone remote control image transmission positioning signals
Accurate positioning of high gain directional spiral antenna
Integrated module
Convenient disassembly and assembly, single channel switching, flexible control
Pan tilt rotation, multi-directional countermeasures, ultra long distance and efficient interception
Intelligent self checking real-time warning fault reporting system linkage
Product parameters
F-12D type |
|
size |
110cm*75cm*79cm |
weight |
15kg |
Transmission mode |
Turbine worm drive |
Bearing method |
Top load/side load |
rotational speed |
Horizontal 0.01 °~30 °/s |
Pitch 0.01 °~10 °/s (continuously variable speed) |
|
Operating frequency band |
400M/700M/800M/900M/1.1G/1.3G/ |
1.4G/1.5G/2.4G/5.2G/5.4G/5.6G/5.8G |
|
Operating distance |
10~12km |
output power |
4200W |
power interface |
220V/28V |
Overall Power Consumption |
≤ 5000W (including gimbal and jammer) |
operation temperature |
-20℃~70℃ |
storage temperature |
-40℃~75℃ |
relative humidity |
Average maximum relative humidity ≤ 95% The average minimum temperature for the month is 25 ℃) |
altitude |
≤2500m |
protection grade |
IP66 |
The above parameters are for reference only. Detailed product parameters are subject to actual delivery. |
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