November 24, 2025
Recently, our engineering team at Aeroseek conducted a comprehensive field test of our newly developed portable drone-detection device. The goal of this evaluation was to verify the system’s real-world performance, ensure ease of deployment, and confirm that the device meets the operational needs of frontline users such as military units, law-enforcement agencies, and security teams.
The test began with a functional walkthrough led by our R&D engineers, who introduced the upgraded detection modules, enhanced signal-processing algorithms, and the improved user interface. Designed to operate across complex environments, the portable detector supports wide-band signal acquisition and can identify FPV drones, commercial UAVs, and custom-built remote-control drones with high accuracy. During the session, engineers paid particular attention to detection latency, direction-finding accuracy, and device stability when exposed to multiple signal sources.
Following the indoor evaluation, the team moved outdoors for a series of dynamic flight tests. Multiple drone models were deployed to simulate typical real-world scenarios, including low-altitude FPV flights, long-distance DJI operations, and rapid maneuvering. The portable detector successfully captured all drone activities in real time, providing reliable alerts and precise direction-finding data. Engineers also recorded system logs to further analyze performance under varying distances, angles, and interference conditions.
One of the most significant improvements in the new model is its greatly enhanced detection range. Previously, portable detectors were limited by the sensitivity and processing power of their built-in detection PCBs. The new handheld detector introduces a major breakthrough by adding network connectivity, enabling the system to remotely upload detected drone data to our central server. This allows the device to leverage cloud-based processing for extended detection capabilities, improved signal recognition, and real-time data sharing with command centers—dramatically boosting overall situational awareness.
Overall, the field test demonstrated that the new portable detector not only enhances detection capability and coverage but also introduces intelligent connectivity that transforms how drone-threat data is processed and shared. With ongoing optimization based on the collected test data, Aeroseek is confident that this next-generation device will become a powerful and reliable tool for real-time drone monitoring and rapid threat response.
