Shenzhen Polaris Security Technology Co., Ltd.
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Medium-range Unmanned Aerial Vehicle Detection And Strike
Introduction
Our current system employs pure RF signals (300-6000 MHz) for medium-range UAV detection and strike. It uses high-gain antennas to monitor the electromagnetic spectrum, quickly capturing and analyzing target signals to identify and locate UAVs, providing real-time alerts. Once a threat is confirmed, RF jammers disrupt control signals or GNSS spoofing interferes with navigation signals, forcing UAVs to land or return. Effective for protecting critical infrastructure, events, and borders against unauthorized UAV activities.
Basic
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Function |
Descriptions |
|
Defensive Interference |
433Mhz, 900MHz, 1.5ghz, 2.4ghz, 5.8ghz |
|
Color |
Space ash |
|
Weight |
3Kg |
|
Screen size |
3.5 inches |
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Omnidirectional detection |
2.4ghz,5.8ghz |
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Directional detection |
300Mhz-6ghz |
System Introduction
Our current system utilizes pure RF technology (300-6000 MHz) for medium-range UAV detection and neutralization. Here's how it works:
Signal Monitoring: It employs high-performance antennas to continuously scan the electromagnetic spectrum. By analyzing key signal parameters such as frequency and modulation, the system can swiftly detect and pinpoint the location of UAVs, instantly alerting the operator to potential threats.
Neutralization Measures: Upon confirmation of a threat, the system can activate RF jammers to disrupt the UAV's command and control links. Alternatively, it can deploy GNSS spoofing techniques to confuse the UAV's navigation system, prompting it to land or return to its starting point.
This advanced system is designed to safeguard critical infrastructure, major events, and border areas, providing a strong and dependable defense against unauthorized UAV operations.