The UEagle- Q8M is a mechanically scanned phased- array radar that integrates a 2D phased- array antenna with a high-stability, high- precision rotary turntable. Compared with traditional 1D mechanically scanned radars, it offers significantly longer detection range, higher update rate, larger track capacity, and enhanced reliability.
This radar features simultaneous multi-target tracking and target classification/recognition, enabling precise detection, tracking, and identification of low- altitude, slow-speed,small (LSS) targets such as UAVs and bird flocks within the surveillance volume. By outputting real-time target range, azimuth, elevation, and velocity, it generates 4D motion state estimates to provide effective situational awareness for interception and engagement systems, and supports persistent monitoring of non- cooperative or high-thrust targets in critical areas.

Key Features
Balanced Panoramic Surveillance and Enhanced "Stare" / Dwell Mode
The radar’s beam is electronically steered at high speed, combined with a high-speed
mechanical turntable for 360° horizontal coverage. This design balances the need for full- azimuth
situational awareness with the capability to perform high- precision, high- update-rate
staring/dwelling on specific sectors or threat targets.

Target Identification & Classification
Leveraging target RCS, micro- Doppler signatures, and motion dynamics, the onboard AI
classification model reliably discriminates between UAVs, birds, and drifting objects (e.g.,balloons), providing critical decision-support data for counter- measure deployment.

Multi- Dimensional High-Precision Detection
Provides 3D (range, azimuth, elevation) plus velocity measurements for low- and
very- low- altitude targets, delivering accurate 4D track data