3D Active Electronic Scan Surveillance Radar AESA and Active Phased Array Radar for Drone UAV Detection

3D Active Electronic Scan Surveillance Radar AESA and Active Phased Array Radar for Drone UAV Detection

APAR-100X is a state of art two-dimensional electronic scan active phased array 3D surveillance radar designed for UAV detecting, ground moving target monitor, and air traffic control. The radar can surveillance both air and ground target simultaneously. In electric scanning mode, the radar can cover 360° in azimuth and 90°in elevation.

The radar can search, track and classify up to 500 targets simultaneously. It support to work with optical, infrared and other equipment. The radar adopts a highly integrated and lightweight design, which is easy to integrate and install. It can be used in base station or on a vehicle. The radar can integrate GPS positioning and orientation module attachments, support automatic positioning and north seeking functions, and support map matching target display.

The radar has functions such as scanning while tracking (TWS), scan plus tracking (TAS), and target gaze tracking (TT).

Key Features:

 Range up to 3km for Small UAVs

 3D Radar

 Easy to Integrated

 DBF Radar

 Extremely High Reliability

 Anti-clutter Ability: integrate a variety of anti-clutter algorithms

 Airspace Coverage Capability: active phased array antennas can cover the whole airspace

 Environmental Adaptability: small size, light weight, all-solid, high stability and reliability

 Information Acquisition Ability: tracking multiple targets at the same time, real-time detection of target speed, trajecory and spatial position

Applications:

 UAV Surveillance and Anti-UAV system

 Border Surveillance

 Tactical Reconnaissance

 Important Target Protection

 Coastline Patrol

 Air Defense Integrated System

Through all-weather radar detection in the navigation application area (200-2000m), aircraft data is obtained, and artificial intelligence technology is combined to identify air targets, forming real-time aircraft information in specific airspace.