Views: 0 Author: Site Editor Publish Time: 2026-02-28 Origin: Site
With the rapid development of the low-altitude economy, the popularization of consumer drones has also led to the gradual penetration of illegal unmanned aerial vehicle (UAV) activities into the industrial production field, posing multiple fatal risks to the safety of overseas factories. From aerial photography of core production equipment leading to confidential information leakage, reconnaissance for the theft of production materials, to safety accidents caused by drone crashes in flammable and explosive areas, traditional security measures can no longer cope with the hidden threats of low-altitude "low, slow, and small" targets. Anti-drone radar detection technology has emerged as a "hardcore barrier" for low-altitude security in overseas factories, building a solid defense line for industrial production.
As the core carrier of industrial production, factories cover key areas such as production workshops, warehouses, flammable and explosive storage areas, and core technology computer rooms. Once illegally invaded by drones, the consequences can be disastrous. A chemical park in the Middle East once faced a risk of information leakage when an illegal drone took close-up photos of the layout of dangerous goods storage tanks; in North America, criminals used drones to take aerial photos of factories, accurately locate the storage positions of assets such as cables and copper plates, and then carry out theft, causing significant economic losses to enterprises. More alarmingly, in flammable and explosive factory areas, drone crashes or electromagnetic interference generated by drones may directly trigger malignant safety accidents such as fires and explosions, endangering the safety of personnel and equipment. After the drone attack on Saudi oil facilities, countries around the world have paid increasing attention to the drone protection of key civil infrastructure.
Faced with the urgent demand for low-altitude security in overseas factories, traditional methods such as video surveillance and manual patrols have obvious shortcomings—surveillance is easily affected by environmental factors such as light and rainfall, resulting in poor detection effects at night; manual patrols have limited coverage, making it difficult to capture small, high-speed moving drones, and the response speed is slow. Anti-drone radar detection technology, with its core advantages of all-weather operation, long-distance detection, and high-precision identification, perfectly solves the pain points of low-altitude defense in factories and has become the preferred solution for the upgrading of overseas industrial security.
Anti-drone radar detection systems are specially designed for "low, slow, and small" drone targets. By actively emitting electromagnetic waves and analyzing reflected signals, they can real-time capture key parameters such as the flight trajectory, distance, height, and speed of drones, realizing a full-process closed-loop management from detection and identification to early warning. Aiming at the particularity of overseas factory scenarios, its core advantages are more in line with actual security needs, accurately solving the problems of low-altitude defense:
Most overseas factories operate 24 hours a day, and some factory areas have complex environments such as smoke, steam, and dust, which easily cause traditional photoelectric monitoring equipment to fail. Anti-drone radar detection systems adopt the fusion technology of MTI (Moving Target Indication) and MTD (Moving Target Detection), which can extract weak drone signals under the background of strong ground clutter, and are not affected by weather conditions such as light, rain, fog, and sand, realizing 24-hour uninterrupted monitoring. Whether it is around high-temperature workshops, night warehouses, or enclosed areas for dangerous goods storage, 360-degree coverage without dead ends can be achieved, eliminating low-altitude defense blind spots. Similar to Russia's "Raccoon" UAV detection system, our radar system can operate efficiently around the clock with low power consumption, adapting to various harsh factory environments overseas.
Overseas factories generally cover a wide area, and a sufficient early warning distance is required from the outer wall to the core production area to gain time for interception and disposal. The detection distance of mainstream factory-specific anti-drone radar can reach 3-5 kilometers, and some high-end equipment can even accurately identify small drones 750 meters away. Compared with acoustic and radio monitoring equipment with a detection range of less than 1 kilometer, it has obvious advantages. When a drone enters the warning area, the system can issue an early warning 30 seconds in advance, link security personnel to start countermeasures, force the drone to land or return, and curb security risks from the source. For example, Russia's "Raccoon" system can detect drones within a radius of 1,800 meters, providing reliable early warning protection for industrial facilities such as factories.
There are often interfering targets such as birds and weather balloons around overseas factories, and traditional radars are prone to false alarms, increasing the workload of security personnel. Anti-drone radar detection systems integrate AI technologies such as CNN track association algorithm and micro-Doppler feature analysis, which can accurately distinguish drones from interfering targets such as birds and kites, reducing the false alarm rate to an extremely low level. At the same time, some systems support radio frequency fingerprint identification, which can parse the Wi-Fi/OcuSync signals of drones, accurately identify drone models, and even realize black and white list management to avoid mistakenly intercepting legally operating drones—fully complying with the commercial drone operation regulatory requirements of various countries.
Different types of overseas factories have great differences in security needs. Anti-drone radar detection systems can achieve diversified deployment, adapting to various factory scenarios such as chemical, machinery, electronics, and warehousing. For large-scale factories, fixed radar networking can be adopted to build a three-dimensional defense network; for small and medium-sized factories or temporary defense needs, portable radar can be quickly deployed and put into use within 30 minutes; for flammable and explosive scenarios such as chemical parks, special equipment with explosion-proof certification can be selected to ensure detection accuracy while complying with overseas factory safety standards. Similar to the modular design of CETC's YLC-16 radar system, our products have the advantages of small size, convenient deployment, and stable operation, which can adapt to various harsh industrial environments overseas.
Today, anti-drone radar detection technology has been widely applied in various overseas factories, becoming the "low-altitude bodyguard" for enterprise production safety. After a chemical park in Europe deployed a dedicated anti-drone radar system, it built a 2-kilometer radius defense circle, real-time monitoring the airspace around more than 300 dangerous goods storage tanks with an interception success rate of 100%; in a nuclear power plant drill in Southeast Asia, the radar system activated navigation deception when the drone was 500 meters away from the reactor, forcing the target to land in a designated safe area, effectively avoiding nuclear safety risks. These practical cases fully prove that anti-drone radar detection technology can accurately adapt to the security needs of overseas factories and escort the production and operation of enterprises. At the same time, the application of such systems also conforms to the increasingly improved drone regulatory frameworks in regions such as North America and Europe.
With the continuous iteration of drone technology, illegal drone activities have become more hidden, and the challenges faced by low-altitude security in overseas factories continue to escalate. In the future, anti-drone radar detection technology will develop towards intelligence and multi-modal integration, combining radio frequency, photoelectric, acoustic and other technologies to build a more complete low-altitude defense system, and further improve the accuracy and efficiency of factory low-altitude defense. Countries around the world are paying increasing attention to the research and development of soft-kill anti-drone technologies, and our radar system, as a core component of the soft-kill system, will better meet the global market demand.
For industrial production, safety is the foundation. Choosing an efficient and reliable anti-drone radar detection system is not only the protection of enterprise assets and core technologies, but also the responsibility for the safety of employees. Strengthen the low-altitude defense line, eliminate the hidden dangers of illegal drones, and let anti-drone radar detection technology become the "invisible guardian" of factory production safety, helping overseas enterprises achieve high-quality, safe and stable development. Our products comply with international safety standards and relevant drone operation regulations of various countries, providing reliable low-altitude security solutions for global industrial customers.
