Backpack-mounted signal navigation decoy detection and strike equipment

This equipment features a backpack design, keeping its overall weight under 15 kg, making it easy for individual soldiers to carry and deploy quickly. The ergonomic backpack structure, with optimized shoulder straps and back panel, effectively distributes weight and reduces fatigue during prolonged carrying. Meanwhile, the outer shell is made of lightweight, high-strength materials, ensuring durability without adding extra burden. Its compact design allows for flexible adaptation to various combat environments, ensuring operator mobility and flexibility in both urban areas and complex terrain.

This device integrates three core functions: decoy, detection, and strike. The decoy function actively attracts enemy signals, exposing the target; the detection function accurately locates surrounding signal sources and provides real-time feedback on environmental dynamics; the strike function can jam or suppress targets after confirmation, ensuring tactical effectiveness. These three functions are highly integrated into a single platform, requiring no additional modules for complex combat missions and improving individual soldier combat efficiency.

The device is centrally controlled via a dedicated watch, allowing operators to adjust device modes in real-time. Detection and strike functions are managed centrally on the watch, featuring an intuitive interface, clear operation logic, and support for quick switching of function states. The watch also displays real-time data, alarm information, and operation logs, ensuring operators maintain a high level of situational awareness even in complex environments.

The device supports continuous 24/7 monitoring, recording environmental information and operational data without interruption. The system has automatic log storage, recording signal activity, decoy effects, and strike status throughout the entire process, facilitating post-event analysis and tactical evaluation. Meanwhile, the equipment maintains stability and reliability even after long-term operation, ensuring the continuity of long-term missions and providing solid data support for battlefield decision-making.