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Low Altitude Radar System for Defense

Low Altitude Radar
December 24, 2025
Category Connection: Low Altitude Radar
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Tags:
#air defense radar #phased array radar systems #radar drone detection
Brief: Get an inside view of features that deliver consistent results in daily use. This video provides a detailed walkthrough of the Low Altitude Radar System, showcasing its advanced capabilities for monitoring airspace up to 10,000 ft. You'll see how its Ethernet interface enables seamless data integration and real-time surveillance, along with a demonstration of its comprehensive 360° azimuth and 60° pitch scanning range for complete low-altitude threat detection.
Related Product Features:
  • Monitors airspace at altitudes up to 10,000 ft for comprehensive low-altitude surveillance.
  • Features an Ethernet interface for seamless connectivity and efficient data transmission.
  • Offers a wide scanning range of 0°-360° azimuth and 0°-60° pitch for full coverage.
  • Designed as a defensive system optimized for detecting and identifying incoming threats.
  • Operates in the S-band frequency for excellent range resolution and target detection.
  • Provides highly accurate detection capabilities for precise tracking of low-flying aircraft.
  • Enables real-time monitoring and quick response to potential security breaches.
  • Ideal for military defense, border security, and other critical surveillance operations.
FAQs:
  • What is the maximum operating altitude of this Low Altitude Radar System?
    The system is designed to monitor airspace at altitudes up to 10,000 feet, providing comprehensive coverage for low-altitude surveillance missions.
  • How does the Ethernet interface benefit the radar system's operation?
    The Ethernet interface provides seamless connectivity for data transmission and integration with existing network infrastructure, enabling efficient data sharing and real-time monitoring of airspace activities.
  • What scanning range does this defensive radar system cover?
    It offers comprehensive scanning coverage with azimuth from 0° to 360° and pitch from 0° to 60°, ensuring no potential threats go unnoticed in the surrounding airspace.
  • Why is the S-band frequency used in this radar system?
    The S-band frequency provides an optimal balance between range coverage and resolution, making it ideal for detecting small and fast-moving targets in low altitude conditions.
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