Combines UAV decoyation, detection, and strike capabilities into one system.

The system employs a high-performance removable battery design, allowing users to flexibly replace batteries according to mission requirements, ensuring extended continuous operation. Whether in field missions or urban patrols, the backup battery extends the equipment's operating time, preventing mission interruptions due to insufficient power. Furthermore, the battery design balances lightweight construction and safety, supports quick installation and removal for improved ease of operation, and allows for real-time monitoring of battery status via intelligent monitoring, ensuring the system is always in optimal operating condition.

The system is equipped with adjustable audible, visual, and vibration alarm functions. Users can choose between a silent mode or a full-function alarm mode depending on the mission environment. Audible and visual alarms can quickly attract attention in complex environments, while vibration alarms can alert the operator without disturbing the surrounding environment. The three alarm methods can be used individually or in combination to achieve multi-level warnings, ensuring safe and reliable operation. Remote control is also supported, allowing for adjustment of alarm intensity and mode at any time.

This system integrates drone deception, detection, and strike capabilities. It lures enemy drones into a preset area using deception technology, while simultaneously utilizing high-precision radar and optical sensors for real-time detection and automatically striking when necessary. The system can simultaneously monitor and jam multiple drones, forming a complete drone protection solution and achieving integrated defense and countermeasure operations.

The equipment is designed for ease of use, supporting one-click start and allowing for rapid deployment without complex debugging. Whether you are a novice operator or an experienced personnel, you can complete deployment in the shortest possible time. After startup, the system automatically enters monitoring and protection mode, providing real-time status feedback to ensure simple and efficient operation while reducing the risk of human error.