360°Coverage Automated Alerts Drone Detection Radar for Airport Protection
Ⅰ.Product Description
The 360°Coverage Automated Alerts Drone Detection Radar is a state-of-the-art security solution specifically designed to protect airports from the growing threat of unauthorized drone intrusions.Airports are critical transportation hubs that require stringent security measures to ensure the safety of passengers,aircraft,and infrastructure.The increasing prevalence of drone activity near airports poses a significant risk to flight safety and operational efficiency.This advanced radar system addresses these challenges by providing comprehensive,360-degree coverage and automated alerts to detect and mitigate drone threats in real-time.
1. Core Components
• High-Performance Radar System:The radar is the central component 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.
• 360-Degree Coverage:Unlike traditional radar systems that may have limited coverage areas,this radar provides full 360-degree coverage around the airport.This ensures that no area is left unmonitored,providing a comprehensive security blanket against drone intrusions from any direction.
• Automated Alerts and Notifications:The system is equipped with advanced algorithms that automatically detect and classify drone threats.Once a drone is detected,the system immediately triggers automated alerts,notifying airport security personnel and relevant authorities.These alerts can be customized to include visual,audio,and text-based notifications,ensuring that security teams are always informed and ready to respond.
• Integration with Existing Infrastructure:The radar system is designed to seamlessly integrate with existing airport security infrastructure.It can be connected to surveillance cameras,air traffic control systems,and other security networks,providing a unified and cohesive security framework.This integration ensures that drone detection is fully coordinated with other airport security measures.
2. System Architecture
The 360°Coverage Automated Alerts Drone Detection Radar operates in a fully automated mode,continuously scanning the airspace around the airport.The radar system uses advanced signal processing and machine learning algorithms to differentiate between drones and other airborne objects,such as birds or aircraft.Once a drone is detected,the system immediately triggers automated alerts,providing real-time information to security personnel.This rapid response capability is essential for mitigating potential threats and ensuring the safety of airport operations.
Ⅱ. Product Features
1. Comprehensive 360-Degree Coverage
One of the most significant features of this radar system is its ability to provide full 360-degree coverage around the airport.This ensures that no area is left unmonitored,providing a comprehensive security blanket against drone intrusions from any direction.The wide-area surveillance capability is crucial for detecting drones at significant distances,allowing security personnel to respond effectively before the drone poses a direct threat.
2. Automated Alerts and Notifications
The system is equipped with advanced algorithms that automatically detect and classify drone threats.Once a drone is detected,the system immediately triggers automated alerts,notifying airport security personnel and relevant authorities.These alerts can be customized to include visual,audio,and text-based notifications,ensuring that security teams are always informed and ready to respond.The automated nature of these alerts minimizes response time and reduces the risk of human error.
3. High Detection Accuracy
The radar system uses a combination of advanced technologies,including high-frequency radar arrays,to detect drones with high accuracy.It can identify drones of varying sizes and materials,even at low altitudes and high speeds.The system employs advanced signal processing and machine learning algorithms to differentiate between drones and other airborne objects,minimizing false positives and ensuring reliable detection.
4. Environmental Adaptability
The radar 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,ensuring reliable detection in all conditions.
5. 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 Specifications
Working Mechanism | 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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