Edge-light type airport runway Foreign Object Debris (FOD) monitoring system
The edge-light type airport runway Foreign Object Debris (FOD) monitoring system is an intelligent integrated monitoring system that incorporates multiple sensors. It is used to monitor foreign objects on airport runways, taxiways, and connecting surfaces to ensure aviation safety and improve airport operational efficiency. The system consists of an airport runway foreign object detection sensor subsystem, network communication and power subsystem, and an information analysis, processing, display, and control platform subsystem. The detection sensors mainly include an edge-light type high-resolution millimeter-wave airport runway foreign object detection radar and photoelectric detection units.
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- 产品描述
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- Commodity name: Edge-light type airport runway Foreign Object Debris (FOD) monitoring system
The edge-light type airport runway Foreign Object Debris (FOD) monitoring system is an intelligent integrated monitoring system that incorporates multiple sensors. It is used to monitor foreign objects on airport runways, taxiways, and connecting surfaces to ensure aviation safety and improve airport operational efficiency. The system consists of an airport runway foreign object detection sensor subsystem, network communication and power subsystem, and an information analysis, processing, display, and control platform subsystem. The detection sensors mainly include an edge-light type high-resolution millimeter-wave airport runway foreign object detection radar and photoelectric detection units.
Advantages:
Strong recognition capability: Uses a brand-new radar system—Arc Synthetic Aperture Radar (ArcSAR), innovating the system to solve fundamental issues present in real aperture scanning systems. Effectively addresses problems such as 'flickering' clutter caused by raindrops/snowflakes, moving leaves/grass on the runway, occasionally resting birds, and water splashes from raindrops on the runway.
Environmentally friendly: Low EIRP design meets higher electromagnetic compatibility and human safety requirements. Low-gain antenna design effectively reduces the overall system cost, as well as manufacturing and maintenance expenses.
Strong adaptability: The system uses time-division, frequency-division, and spatial synchronous consistent scanning design to effectively solve interference issues among multiple devices operating on the same frequency.
Radar-vision fusion with low false alarms: Employs edge intelligent computing to achieve multi-modal fusion of radar and visual sensors, effectively reducing false alarm and missed alarm rates.
Frequency band
W band 92GHz-94GHz
Maximum detection distance
≥120m (2cm cylinder 75m)
Azimuth coverage
180° azimuth
Azimuth accuracy
0.1°
Range accuracy
0.5m
Camera imaging device
3 million pixel CMOS
Image resolution
2304*1296
Total power consumption
≤65W
Key words:- 边灯式机场跑道异物 FOD 监视系统
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