Blogs

Technological Evolution of Anti-Drone Equipment1.Technological Evolution of Anti-Drone Equipment1.1 Evolution of Detection TechnologyDriven by the rapid iteration of core technologies—including radar, optical imaging, advanced manufacturing, and signal processing—anti-drone detection has evolved fro

Characteristics of Effective Portable Drone Detector TechnologyIn today’s low‑altitude airspace landscape, a Portable Drone Detector is an essential tool for security professionals, public safety teams, event organizers, and infrastructure managers. As drones proliferate — both as beneficial tools a

What are the Limitations to Consider in Portable Drone Detection Deployments?Portable drone detection systems have become essential tools for modern airspace security, providing flexible and rapid capabilities that allow organizations to detect, track, identify, and monitor unmanned aerial vehicles

The Top 5 Features to Look for in a Modern Drone Detection SystemIn an era where unmanned aerial vehicles (UAVs) — commonly known as drones — are increasingly accessible, security professionals face a growing challenge: how to protect airspace from unauthorized or malicious drone incursions. Whether

1. Detection TechnologyDue to the inherent characteristics of "low-altitude, slow-speed, and small-sized" drones, such as low flight altitude, slow flight speed, and small radar cross-section (RCS), their detection and identification face problems of high difficulty and low accuracy. At present, the

Anti-drone radars are mainly designed to accurately monitor low-altitude airspace below 1,000 meters Above Ground Level (AGL). By integrating dedicated signal processing modules and high-gain antennas, they can efficiently capture clutter signals generated by ground objects, aerial targets, and vari