Brief: Watch our dynamic demo to see the UND Ku-band Drone Detection Radar in action. This video provides a walkthrough of its rapid deployment capabilities and showcases how it delivers high-data-rate, real-time monitoring of air-to-ground targets within a 1.5KM to 3.5KM range. You'll learn how its advanced features ensure precise detection and tracking in complex environments for applications like site security and border defense.
Related Product Features:
High detection accuracy with advanced signal processing for precise distance, velocity, azimuth, and altitude measurements.
Large-capacity wide-area detection covering 360° azimuth and 65° elevation, tracking up to 100 moving targets in real-time.
High refresh rate of 180°/second, upgradable to 360°/second, for tracking high-speed, maneuverable targets.
High detection sensitivity and low false alarm rate through advanced clutter suppression technology.
Low radiation power ensures high operational safety for nearby equipment and personnel.
Easy operation with an intelligent human-machine interface and lightweight modular design for rapid deployment.
FAQs:
What is the detection range of the UND Ku-band Drone Detection Radar?
The radar has a detection range of 1.5KM to 3.5KM, making it suitable for monitoring low-altitude targets like drones and aircraft over wide areas.
How many targets can this radar track simultaneously?
It can detect and track up to 100 moving targets in real-time within its full field of view, handling large-scale, multi-target scenarios effectively.
What applications is this drone detection radar designed for?
It is designed for site security, low-altitude economy, airport bird detection, battlefield counter-drone operations, and border and coastal defense, providing robust low-altitude airspace security.
How does the radar perform in complex environments?
With advanced clutter suppression and anti-interference capabilities, it maintains high detection sensitivity and a low false alarm rate, ensuring stable operation in challenging electromagnetic conditions.