Midradar ofrece una solución de seguridad en múltiples capas para aeropuertos, integrando detección de aves, detección de drones y radares de vigilancia terrestre para proteger el espacio aéreo crítico y la infraestructura de todas las amenazas modernas.
Los aeropuertos enfrentan una combinación única de amenazas en evolución, desde incursiones no autorizadas de drones y actividad de aves peligrosas hasta violaciones de perímetro e incursiones en pistas.
Traditional video surveillance has sensing blind spots at night, in rain, snow, fog and other low-visibility environments. Airports need 24/7/365 active detection capability to ensure uninterrupted operations.
With the growing use of UAVs, the low-altitude airspace environment is becoming increasingly complex. Accurately distinguishing birds from UAVs in busy airspace has become a key challenge for protecting takeoff and landing routes.
Manual inspection of runway foreign object debris (FOD) is inefficient, and frequent runway closures can cause significant operational losses. Using SAR technology for high-speed, non-contact inspection is an important way to improve airport throughput.
Airport security systems often involve radar, electro-optical devices, video surveillance, bird-dispersal equipment, runway inspection systems, perimeter sensors, and command platforms. If each system operates independently, alert information may be fragmented and response efficiency can be reduced.
Nuestra solución integra radares de vigilancia aérea y terrestre especializados con cámaras de largo alcance y sistemas de disuasión para una imagen operativa unificada en tiempo real.
Radares especializados en detección de aves y vigilancia a baja altitud escanean continuamente el entorno del aeropuerto, detectando y rastreando automáticamente drones, aves, vehículos y personal simultáneamente.
El sistema utiliza algoritmos de IA avanzados para analizar las características de los objetivos (tamaño, velocidad, patrón de vuelo, firma RCS) para clasificar con precisión las amenazas, diferenciando un drone peligroso de un ave inofensiva.
Para los peligros de aves, se pueden activar disuasivos acústicos automatizados para dispersar bandadas. Para incursos de drones o en tierra, el sistema proporciona a los equipos de seguridad datos de ubicación precisos y video en vivo para una respuesta rápida y específica.
This system uses W-band millimeter-wave SAR technology to perform high-speed, non-contact runway inspection. During vehicle movement, it can generate high-resolution runway surface images, detect small foreign object debris, and support fast inspection without long runway closure. It helps airports improve runway inspection efficiency, reduce manual workload, and support safer aircraft takeoff and landing operations.
This solution combines radar, electro-optical devices, and AI recognition to monitor birds, UAVs, kites, and other low-altitude targets around the airport. The radar provides wide-area detection and trajectory tracking, while the electro-optical system supports visual confirmation. By linking detection, identification, dispersal, assessment, and management, the system helps airports build a more complete bird strike prevention and low-altitude monitoring workflow.
By combining radar guidance with AI vision, the system can automatically capture and track aircraft during takeoff and landing. It supports real-time glide path analysis, course deviation display, and landing status monitoring, helping tower operators better understand aircraft movement and improve situational awareness during critical flight phases.
The digital airport perimeter fence solution uses radar-electro-optical fusion to monitor personnel, vehicles, and abnormal activities around airport boundaries. Radar provides long-distance detection, while electro-optical devices support target confirmation and image recording. The system can link with existing perimeter security devices to build continuous, traceable, and platform-based perimeter monitoring.
94 GHz high-frequency imaging, accuracy ≤1 cm Detects hidden small foreign objects and reduces the risk of tire damage and engine damage
Distinguishes rotor echoes from biological wing-flapping echoes Extremely low false alarm rate, accurately distinguishing birds from unauthorized UAVs
Detection-identification-dispersal full-chain delay <100 ms Instantly captures dynamic risks and provides valuable response time
Meets ICAO Doc 9137 and FAA standards Supports compliance with civil aviation regulations and helps system acceptance
Build search authority through in-depth content and capture precise long-tail traffic.
![[Technology Frontier]](https://midradar.com/wp-content/uploads/2026/05/Knowledge-Center1.webp)
Why W-Band SAR Technology Is the “Golden Frequency Band” for Airport FOD Detection An in-depth analysis of the imaging advantages of Synthetic Aperture Radar in high-speed inspection.
![[Practical Case]](https://midradar.com/wp-content/uploads/2026/05/Knowledge-Center2.webp)
Detection, Identification, Dispersal, Assessment and Management: How a Major Hub Airport Builds a Smart Bird Strike Prevention Closed Loop A case study on how heat maps and big data analysis support airport ecological management.
![[Safety Audit]](https://midradar.com/wp-content/uploads/2026/05/Knowledge-Center3.webp)
Digital Takeoff and Landing Monitoring: How AI Helps Tower Operators Analyze Aircraft Glide Paths in Real Time A discussion of the quantitative value of high-precision sensing and recognition in takeoff and landing safety.
Diseñado para la detección de largo alcance a baja altitud y el seguimiento de múltiples objetivos, ideal para la vigilancia de vehículos aéreos no tripulados, seguridad fronteriza y sistemas de vigilancia de grandes áreas.
Radar de vigilancia de baja altitud AESA de banda X diseñado para la detección precisa de múltiples objetivos, el seguimiento de entornos densos y el despliegue de cobertura total de 360°.
Cámara de vigilancia térmica PTZ de largo alcance diseñada para la vigilancia de fronteras, costas y lugares críticos las 24 horas del día en entornos exteriores difíciles.
Cabezal panorámico resistente al aire libre de un solo eje diseñado para una rotación horizontal estable de 360°, soporte confiable para cargas útiles de hasta 60 kg y operación duradera en entornos de campo exigentes.
Technical Q&A & Application Guidelines
Midradar millimeter-wave radar has strong environmental penetration capability. Even in heavy rain, dense fog and other environments where visible-light systems cannot operate effectively, it can still maintain centimeter-level detection accuracy.
Yes. Our bird-strike analysis system provides standard interfaces and can link with existing acoustic, laser and pyrotechnic bird-dispersal devices, helping maximize the value of existing assets.
Midradar provides integrated airport sensing solutions with site assessment, customized deployment, operator training, and 7×24 remote technical support.
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