LT-Ku06 Low Altitude Warning Radar + LT-UDA Series UAV Positioning Countermeasures Integration Equipment (Optional）

LT-Ku06 Low Altitude Warning Radar + LT-UDA Series UAV Positioning Countermeasures Integration Equipment (Optional)

Product introduction:

LT-Ku06 radar is a low altitude alert detection equipment, operating in theKu band. lt uses a wide-angle frequency scanning waveguide antenna with alinear frequency modulation pulse system, and is suitable for applications withfull coverage of a single radar in the airspace. In the pitch dimension.frequency scanning technology is used instead of costly phased scanningtechnology, which is cost-effective.

The UAV direction finding and positioning countermeasure equipment is an integrated system for UAV detection and warning, target recognition, direction finding, positioning, interference disposal, and control. It can be equipped with onboard components, fixed installation components, and temporary deployment components, making it flexible and suitable for multi-scenario applications.

Product Features:

1,High sensitivity and stable performance.
2,Strong resistance to anti-active jamming and anti-passive jamming.
3,High resolution and measurement accuracy.
4,Solve the technical bottleneck of some common radars at home andabroad that find it very difficult to discover low, small and slow targets.

5,Detection and positioning: Using passive and passive spectrum detection, the detection frequency is 20MHz-6GHz. Multiple array direction finding and positioning antennas are used to receive wireless signals from drones in the detection area. Using wireless protocol analysis technology, the system automatically detects and identifies the latitude and longitude coordinate information, altitude, speed, direction, and model of commonly used drones SN code, take-off point, and other information.

6,Interference disposal: Adopting high-speed digital frequency sweeping technology, through electromagnetic interference means to achieve the interference of UAV navigation, remote control, image transmission communication signals, so as to force the UAV to return to the flight or landing, and can achieve the precise interference to the designated UAV, but also can be configured with different antenna shapes according to application environments and requirements, to achieve the most economical and best performance to meet the requirements of the regional coverage.

7,Control platform: Based on SOA architecture, providing web pages with multiple access methods, such as applications, can enable access and management control of more than 20 sets of UAV detection and countermeasure devices, and support future expansion to other UAV countermeasure systems or devices, including radar, optoelectronics, deception, etc.