At a high-end private airport in Hangzhou, China, our team deployed a specialized counter-drone system focused on radio frequency (RF) spectrum detection to address rising concerns about unauthorized drone activity in VIP airspace. The airport, which supports executive aviation, private jets, and corporate charters, required a discreet yet highly effective solution to protect its exclusive airspace without interfering with normal flight operations.
Our system utilizes advanced RF spectrum scanning technology to detect and identify drone control signals across a wide frequency range. Unlike traditional radar-based systems, this approach allows for passive detection with zero emissions—ideal for environments requiring electromagnetic discipline and low profile deployment.
The system can locate both the drone and its remote controller, enabling precise threat tracking and response. Once a suspicious signal is identified, the platform initiates targeted jamming measures to disrupt the drone’s command and navigation links, prompting it to land or return. The setup was installed with minimal infrastructure changes and is designed for rapid scalability.
Since implementation, the system has proven highly effective at detecting low-signature, consumer-grade drones attempting to enter restricted airspace. The airport's security team now benefits from real-time alerts, increased situational awareness, and faster decision-making in response to aerial threats.
This project demonstrates how RF-based detection solutions can deliver discreet, efficient, and reliable counter-drone capabilities—especially suited for private aviation facilities where both security and operational discretion are essential.
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