Intelligent anti-drone reconnaissance, strike, and decoy design, wearable design

In modern warfare, drones have become crucial battlefield equipment, possessing rapid strike and efficient reconnaissance capabilities. Therefore, developing a lightweight, portable, and rapidly deployable counter-drone system is of paramount importance. This system is designed with portability and rapid response in mind, enabling it to adapt to diverse battlefield environments, particularly in different terrains and conditions, such as urban warfare, mountainous areas, or maritime environments. The size and weight of the equipment have been carefully designed to ensure easy carrying and transport by soldiers, while minimizing operation and installation time. The system can be installed and activated in just a few minutes, ensuring that counter-drone operations are not limited by time and space.

This anti-drone system is equipped with 360° all-round monitoring capabilities, enabling real-time detection of intruding drones from any direction. The monitoring system, utilizing high-precision radar and sensors, can quickly identify and track aerial objects. Regardless of the direction from which a drone approaches, it can react swiftly and jam it. Compared to traditional single-direction monitoring, 360° coverage effectively avoids missing any potential threats, ensuring comprehensive protection for drones within the operational area. Furthermore, the system can coordinate with the command center in real time, ensuring accurate identification and strikes against every intruding drone.

To more effectively counter enemy drone threats, the system has the capability to simulate real targets. By generating virtual target signals, it can mislead enemy drone systems, causing them to misjudge the target's location and distance, ultimately leading to deviations in their flight paths or incorrect reactions. This technology not only effectively interferes with enemy drone reconnaissance and strikes but also causes the enemy to lose control of the battlefield situation in a short period, giving friendly forces a valuable opportunity for a counterattack. The key to this technology lies in efficiently and accurately simulating real signals, making it impossible for enemy jamming systems to distinguish between the real and simulated signals.

To ensure the safety of combat personnel, the system is also equipped with a wireless positioning wristband. This wristband can monitor the location of team members in real time and transmit the information to the command center via a wireless network. Whether in complex battlefield environments or under interference from enemy drones, the location of team members can be accurately tracked, ensuring that commanders can make timely dispatch decisions. Furthermore, in the event of an emergency or when team members are in danger, the wristband can transmit an emergency signal wirelessly, quickly notifying command personnel and providing emergency assistance to the team members. This function improves the survivability and combat efficiency of team members, ensuring the successful completion of missions.