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Multi-Sensor Fusion Automated Response Drone Detection Radar
Ⅰ.Product Description
The Multi-Sensor Fusion Automated Response Drone Detection Radar is a cutting-edge security solution designed to protect critical infrastructure,military installations,and high-security areas from the growing threat of unauthorized drone intrusions.This advanced system integrates multiple detection technologies into a single,cohesive platform,providing unparalleled capabilities for identifying,tracking,and neutralizing drone threats in real time.
Core Components
• Advanced Radar System:The radar is the backbone of this detection solution.It operates on multiple frequency bands,allowing it to detect drones of varying sizes and materials.The radar is capable of wide-area surveillance,covering large perimeters with high accuracy and minimal false positives.
• Radio Frequency(RF)Detectors:These detectors identify and analyze the communication signals between drones and their controllers.This capability allows the system to not only detect drones but also potentially intercept or jam their control signals,rendering them ineffective.
• Automated Response Module:Once a drone is detected and classified,the system can automatically initiate a series of countermeasures.These can include alerting security personnel,deploying counter-drone systems,or even taking direct action to neutralize the threat.
System Architecture
The Multi-Sensor Fusion Automated Response Drone Detection Radar is designed to operate in a fully automated mode,with minimal human intervention required.The system continuously scans the designated airspace,analyzing data from all integrated sensors in real time.When a potential drone threat is detected,the system uses advanced algorithms to classify the object and determine the appropriate response.This seamless integration of detection and response capabilities makes it an ideal solution for high-security environments where rapid reaction is critical.
Ⅱ.Product Features
1.Multi-Sensor Integration
The system's ability to integrate multiple detection technologies is one of its key strengths.By combining radar,EO/IR cameras,acoustic sensors,and RF detectors,the system provides a comprehensive and multi-dimensional approach to drone detection.This fusion of sensors ensures high detection accuracy and reliability,even in challenging environments.
2.Automated Detection and Response
The radar system operates autonomously,continuously scanning for drone threats and initiating appropriate countermeasures without human intervention.This feature is particularly important in high-security areas where rapid response is essential to mitigate potential threats.The system can be programmed to alert security personnel,deploy countermeasures,or even neutralize the drone directly.
3.Wide-Area Coverage and High Precision
The radar system is designed to provide extensive coverage of large areas,making it suitable for protecting military installations,airports,and other critical infrastructure.The high-frequency radar arrays offer precise detection capabilities,allowing the system to identify and track drones with a high degree of accuracy.This ensures that potential threats are detected early,providing ample time for an effective response.
4.Environmental Adaptability
The system is built to withstand harsh environmental conditions,including extreme temperatures,high winds,and heavy precipitation.Its ruggedized design ensures continuous operation without degradation in performance.The system also employs advanced algorithms to filter out false positives caused by environmental factors such as birds or other airborne debris.
5.Scalability and Customization
The Multi-Sensor Fusion Automated Response Drone Detection Radar is highly scalable and can be customized to meet the specific needs of different installations.Additional radar units,sensors,and response modules can be added as needed.The system can also be integrated with existing security infrastructure,such as surveillance cameras and access control systems,to create a cohesive and comprehensive security network.
6.User-Friendly Interface and Real-Time Monitoring
The system is equipped with an intuitive user interface that provides real-time monitoring and control.Security personnel can easily access detailed information about detected drones,including their location,speed,altitude,and flight path.The interface also allows for manual override of automated responses,giving operators the flexibility to make informed decisions based on the specific situation.
Ⅲ.Product Functions
Remote Control | Supports remote on/off functionality |
Output Information | Capable of obtaining information such as the distance, velocity, and angle of detected objects |
Multi-Target Tracking | Supports multi-target tracking switching logic; can track the trajectories of multiple targets in real-time. |
Target Fusion Processing | Supports data fusion processing from multiple sensors.Zone Management: Allows flexible setting of zones with precise positioning and the ability to trigger intrusion alarms. |
Zone Management | Allows flexible setting of zones with precise positioning and the ability to trigger intrusion alarms. |
Anti-Interference Capability | Features online adjustment capabilities for detection sensitivity and speed range, as well as the ability to filter out abnormal trajectory interference. Through sensitivity adjustment and abnormal trajectory filtering functions, it can effectively eliminate false alarms caused by clutter. |
Online Monitoring Function | Capable of monitoring working status and issuing fault alarms; also has the ability to alert when the device goes offline. |
Remote Monitoring Status | Has remote monitoring capabilities, can report device status in real-time, and features online/offline alarm functions for the device. |
Online Self-Inspection Function | The device has the ability to perform online self-inspection. |
Adaptive Processing Capability | Has the ability to adaptively handle moving target clutter and adaptively process clutter maps. |
Linkage Function | Features radar pan-tilt linkage function, with target tracking and evidence capture (automatic tracking mode, radar tracking mode, image tracking mode). |
Multi-Site Networking and Blanking | Capable of networking with multiple devices; has the ability for multi-site collaborative detection; and has the ability to fill in gaps when neighboring sites fail. |
Ⅳ. Product Parameters
Working Mecha nism | Active Digital Phased Array (Azimuth Electronic Scanning) / Pulse Doppler |
Operating Frequency Band | C-band |
Range | 1.5Km |
Effective Detection Range | 100 m to 0.8 km (pedestrians)100 m to 1.2 km (small cars) |
Azimuth Coverage | ≥90° |
Elevation Coverage | ≥18° |
Detection Speed | 1.8 km/h to 108 km/h |
Azimuth Accuracy | ≤1.0° |
Range Accuracy | ≤8 m |
Data Rate | ≥2 Hz |
Data Interface | RJ45 / 1 × 100 Mbps Ethernet |
Power Input | ≤45 W (power consumption), AC220V to AC240V (input) |
Operating Temperature | -40°C to +55°C |
Weight | ≤5.5 kg |
Ⅴ. Company Style
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