Celebrity Fiercely Condemns Drones Flying Illegally at Nearly 10,000 Meters: Who Will Guard Our Sky’s Safety?

A single dark spot in the sky above an airport is enough to cause hundreds of flights to be canceled and tens of thousands of passengers to be stranded—this seemingly minor threat is posing an unprecedented challenge to global air defense systems.

On December 8, Hong Kong-based celebrity Li Zixiong released a video denouncing individuals who disregard others’ safety by engaging in unauthorized “black flights” at high altitudes, thereby challenging the very底线 of aviation safety. In the video, he also called on authorities including Guangdong Public Security, Hunan Public Security, Zhongshan Cyber Police, and Ping’an Yingde to pay close attention to this issue. The incident stems from several “black flight” cases exposed a few days earlier by blogger “Map Detective.” On December 9, the blogger confirmed to reporters that recently they had discovered illegal flights taking place in Yingde, Zhongshan in Guangdong Province, as well as in Zixing, Hunan Province. These flights reportedly reached astonishing altitudes of 8,000 meters—or even nearly 10,000 meters—coming dangerously close to commercial airliner routes.

The latest data show that the annual growth rate of unauthorized drone intrusions into critical global infrastructure has exceeded 300%, while the false alarm rate of traditional defense measures reaches as high as 60%.

Defense must evolve. Faced with increasingly sophisticated low-altitude threats, the global security market is seeking smarter solutions. Raycan’s “Owl” omnidirectional anti-drone system offers a comprehensive defense approach. By providing 360-degree, blind-spot-free monitoring and suppression, it delivers essential protection for large-scale areas—acting like a vigilant sentinel always on alert.

However, as defensive scenarios become increasingly complex—particularly in urban environments, around airports, and near critical facilities—the ability to detect and respond accurately from long distances ahead of time has become especially crucial. The market is calling for a solution that can effectively address threats while minimizing its impact on the surrounding environment as much as possible.

There’s a new approach to breaking the deadlock precisely. Unlike the “Owl” system’s holistic protection approach, the “Haidongqing” targeted anti-drone system centers on “precision, efficiency, and controllability.” From a technical perspective, this system integrates five core modules: spectrum detection, radar detection, electro-optical tracking, navigation deception, and radio frequency jamming, forming a three-dimensional, intelligent defense system.

Its detection range can exceed 5 kilometers, while its jamming and deception range is over 3 kilometers. This design establishes a layered, multi-tiered defense system, providing the system with ample time for early warning, target identification, tracking, and decision-making.

The “Haidongqing”’s most distinctive feature lies in its directional working mode. Rather than broadcasting signals in all directions, it acts like a focused guardian, precisely targeting only those threat directions that have been confirmed, thereby minimizing interference with non-target areas to the greatest extent possible.

Delving into its technical logic: The system first passively receives drone remote-control and video transmission signals via the spectrum detection module, enabling silent early warning. Once a suspicious signal is detected, the radar module is activated to locate and track the target from a long distance. Subsequently, the optoelectronic tracking system uses high-definition imagery to confirm the target’s characteristics, effectively eliminating interference from birds and other sources.

After confirming the threat, the system enters the response phase. Depending on the on-site situation, two primary methods can be selected: navigation spoofing (emitting simulated navigation signals to guide the drone to land safely in a designated area) or radio jamming (cutting off the control link, forcing the drone to make an emergency landing or return to its point of origin). This tiered response mechanism not only ensures effective handling of the threat but also significantly reduces the impact on the surrounding normal electromagnetic environment.

At Practical application In particular, the “Haidongqing” system has demonstrated outstanding environmental adaptability. For instance, in a protective project conducted in a high-altitude border region, the system operated continuously and stably for over six months under harsh conditions—above 3,000 meters in altitude, with winter temperatures as low as minus 30 degrees Celsius and strong winds—and successfully handled multiple incidents of illegal intrusion. Data shows that its effective detection rate reached as high as 98.7%, while its false alarm rate was kept below 0.3%.

This system integrates detection, recognition, tracking, decision-making, and response capabilities into a single platform, creating an efficient and reliable drone defense network that enables continuous operation and unattended deployment. It significantly enhances security effectiveness while reducing operational and maintenance costs.

In various complex environments, the “Haidongqing” system can maintain stable operation and intelligent airspace management—everything you need is just a few “Haidongqing” units. It ensures stable operational performance in all kinds of challenging environments, providing continuous, precise, and reliable low-altitude airspace security protection for critical areas.