Großkapazitive Weitbereichserkennung
Mechanical azimuth scanning combined with elevation DBF enables continuous 360° surveillance and real-time detection and tracking of multiple moving targets across large operational areas.
Hohe Erkennungsgenauigkeit
Advanced signal processing algorithms and system hardware architecture provide accurate measurement of target range, velocity, azimuth and elevation.
Hohe Bildwiederholrate und präzises Tracking
Selectable antenna rotation speeds and advanced tracking algorithms improve tracking performance for high-speed and maneuvering targets.
High Detection Sensitivity and Low False Alarm Rate
Advanced clutter suppression technology enables reliable detection of weak moving targets under strong ground clutter, weather clutter and other complex background conditions.
Strong Clutter Suppression
High clutter visibility supports stable detection and tracking of ultra-low-altitude targets in complex urban and terrain environments.
Niedrige elektromagnetische Signatur
The continuous-wave operating architecture uses relatively low transmission power, helping reduce electromagnetic interception risk compared with conventional pulse radar systems.
Easy Operation and Rapid Deployment
An intelligent human-machine interface and modular radar architecture support simple operation, installation and relocation.
