Brief: In this video, we provide a guided demonstration of the S-band Low Altitude Radar, showcasing its operational workflows and key performance metrics. You'll see how the system achieves a 3000m detection height with a minimal 50m blind zone, and observe its 360° azimuth and 0°-60° pitch scanning in action. We'll also highlight its rapid data refresh and frequency hopping capabilities for enhanced situational awareness in low-altitude surveillance.
Related Product Features:
Operates in the S-band frequency range for reliable low-altitude airspace surveillance.
Features a 360-degree azimuth and 0°-60° pitch scanning range for comprehensive coverage.
Offers a maximum detection height of at least 3000 meters with a minimal blind zone of ≤50m.
Utilizes Pulse Doppler scanning mode for efficient target detection and tracking.
Incorporates frequency hopping with 4 channels to enhance resistance to interference.
Provides rapid data refresh with search capabilities up to 3 seconds and target acquisition under 0.5 seconds.
Equipped with a 1.2m x 1.2m antenna for optimal signal detection and transmission.
Delivers high resolution of 1 meter for precise identification and tracking of objects.
FAQs:
What is the maximum detection range of this low altitude radar?
The radar has a maximum detection height of at least 3000 meters. For specific customization, it can offer long-range detection of ≥25 Km for a target with a Radar Cross Section (RCS) of 1 m², and ≥8 Km for a target with an RCS of 0.01 m².
How does the radar handle potential interference?
It employs frequency hopping capability across 4 channels, which allows the system to adapt to changing electromagnetic environments, enhancing its resistance to interference and ensuring reliable, uninterrupted surveillance performance.
What is the data refresh rate for target detection and acquisition?
The system offers a rapid data refresh with search capabilities up to 3 seconds and a fast Target Acquisition Speed (TAS) of less than 0.5 seconds, enabling real-time monitoring and quick response to dynamic situations.