Ku-Band Phased Array Radar 5km Long-Range Detection High-Precision Scanned Radar

The 5km 1D 2D Active Phased Array Counter-UAS Radar represents a paradigm shift in low-altitude security, integrating the agility of electronic scanning with full-coverage mechanical rotation. Its core Ku-band (12-18GHz) active phased array technology leverages thousands of independent TR modules to achieve nanosecond-scale beam steering, enabling inertia-free scanning across -45° to 45° azimuth and -10° to 50° elevation for rapid response against high-speed drones (target velocity 100m/s).

The breakthrough ≥5km effective detection range (validated with DJI Phantom 4P2.0) stems from three innovations:

1. Adaptive Beamforming Algorithm: Dynamically optimizes energy distribution to maintain SNR in complex EM environments;

2. Range-Angle Decoupling Technology: Eliminates multi-target interference to ensure 64-target simultaneous tracking;

3. Blind Zone Compression: Reduces search/tracking blind zones to ≤150m via near-field beam calibration.

With fire-control-grade accuracy (≤0.5° azimuth / ≤10m range / ≤0.8° elevation), the radar generates 3D trajectory maps for drones, providing high-confidence guidance for directed-energy or RF jamming systems. The hybrid "e-scan + mechanical rotation" architecture achieves 360° omnidirectional coverage while boosting refresh rates 8x over conventional radars, ensuring effective counter-swarm capability.

As the core sensing node of counter-drone networks, the system features API integration for command platforms, enabling end-to-end operations from early warning to active interception – redefining low-altitude defense standards.

Anti-Drone 2D Phased Array Radar

Low-altitude Small Aircraft Intrusion Defense System

Full automation of the detection, tracking, identification, strike and evidence collection process ensures real-time and effective interception of invading aircraft. Detection includes silent flying aircraft. Station layout is optimized while ensuring the defense effect, which minimizes radiation to personnel and reduces the cost of infrastructure control systems. It is equipped with the evaluation equipment to assess the effectiveness of strikes, quickly and accurately organizing secondary strikes, and achieving the first-time positioning and forensics of flyers and landed aircraft.