The low-altitude drone detection radar can provide continuous monitoring of low-altitude airspace, effectively detecting and tracking low-altitude micro-drone targets, offering key technological support for low-altitude reconnaissance and security surveillance. Additionally, this radar is capable of real-time detection of slow-moving small ground targets such as vehicles, cyclists, and armed individuals.

Brief Introduction to Radar Working Principle

Radar transmits electromagnetic waves and receives the echoes reflected from targets to obtain information such as distance, altitude, and speed. Drone detection radar operates on this principle to identify and continuously track aerial targets.

Can Micro-Drones Be Detected by Radar?

In theory, radar can detect any target capable of reflecting electromagnetic waves. However, due to the small size of micro-drones and their weak echo signals, their signals can easily be confused with small targets like birds, potentially causing delays in identification. During this delay, drones may have already intruded into critical areas or even completed reconnaissance or attack missions.

Current Solutions

To address these challenges, multiple countermeasures have been proposed. For example, the radar can be configured to issue an immediate alert upon detecting any reflective object. Alternatively, by incorporating multidimensional discriminators such as altitude, speed, and flight trajectory, drones can be effectively distinguished from birds, significantly improving identification accuracy and enabling timely detection of micro-drones.

Main Features of Drone Detection Radar:
  1. Multi-Target Tracking Capability: Can simultaneously track multiple targets, obtaining their speed, trajectory, and spatial position information in real time.
  2. Strong Clutter Resistance: Integrated advanced anti-clutter processing algorithms ensure stable operation in complex environments.
  3. Comprehensive Airspace Coverage: Utilizes active phased array antennas to achieve all-round, full-airspace monitoring.
  4. High Environmental Adaptability: Compact and lightweight design with multiple reserved interfaces, supports 4G wireless connectivity, and offers excellent stability and reliability.
  5. Low-Cost 2D Electronic Scanning Antenna: Accurately distinguishes between aerial and ground targets.
  6. Rapid Deployment and Response: System setup and retrieval time is under 2 minutes, making it suitable for emergency response and mobile deployment.

In summary, with its advanced features, the low-altitude drone detection radar provides reliable technological support for low-altitude security and drone monitoring, making it applicable to a variety of scenarios.

Further Reading