Anti-Drone Signal Navigation Deception Detection and Strike System

Quick Battery Replacement, Long Operating Time

The Anti-Drone Signal Navigation Deception Detection and Strike System features a removable battery design, allowing operators to quickly replace the battery in the field, ensuring continuous operation. This guarantees uninterrupted system operation during extended patrol missions or emergency countermeasures scenarios. Simultaneously, the battery design balances lightweight construction with high capacity, maintaining portability while ensuring long operating time, meeting the needs of various operational environments.

This system highly integrates detection, countermeasures, decoys, and networking functions. Through radar and radio frequency signal monitoring, the approach of drones can be detected in a timely manner. Combined with jamming and deception techniques, the system can effectively interfere with the navigation and communication of drones, causing them to deviate from their planned routes or even be forced to land. Simultaneously, the networking function enables collaborative operations with other defense nodes, improving overall combat efficiency and anti-drone capabilities.

The system is equipped with a real-time strike status monitoring module, which can display the progress of drone countermeasures, the effectiveness of signal jamming, and the operational status of equipment at any time. Commanders can view data on the console or portable terminal, quickly assess mission effectiveness, and adjust strategies to ensure the accuracy and reliability of anti-drone operations in complex combat environments.

The equipment features an individually designed, lightweight design with a portable handle, allowing for independent carrying and deployment by a single operator. Its modular structure enables the equipment to transition from standby to operational status in just minutes, significantly improving emergency response speed. Operators can quickly deploy the equipment in various environments, including field, urban, and border regions, ensuring efficient execution of counter-drone missions.