Ultralight wearable 3KM reconnaissance and strike equipment for individual soldiers

This device supports a wide band operating from 300MHz to 6000MHz, covering radio signals from low to ultra-high frequencies, ensuring accurate interception and jamming of various types and frequency bands of drones. This wide band support enables it to operate in a variety of complex environments, not only dealing with common drone frequencies but also effectively preventing enemy control using unconventional frequency bands. Through extensive frequency coverage, the device provides a more powerful and stable anti-drone capability in practical applications.

This device is equipped with a 360° all-around monitoring system, capable of scanning and identifying aerial drone targets in real time. Through its advanced radar system and sensors, the device can locate and lock onto multiple drone targets in a short time, providing accurate trajectory data. This allows users to conduct comprehensive strikes from any direction, ensuring that drones cannot escape effective jamming and destruction. Furthermore, the device's real-time monitoring function supports displaying information such as the drone's current position, speed, and altitude, helping users make better decisions.

To adapt to various complex application scenarios, the device adopts a lightweight design, weighing only about 3.5 kg. Its compact shape and ergonomic handle design prevent fatigue even during extended operation. Whether for high-altitude surveillance, field patrols, or rapid response in emergencies, the device's portability provides users with great convenience. There's no need to worry about weight; users can easily carry and quickly deploy it to meet various emergency and tactical needs.

This anti-drone device features a built-in high-definition LCD display screen, facilitating real-time viewing of various data, including the drone's real-time position, jamming effect, and operational status. The display interface is simple and intuitive, allowing users to easily monitor the operation progress and the device's operating status. Whether it's preparation before a task or real-time monitoring during the task, it provides clear data support to help users make more accurate judgments and decisions. This design greatly improves the device's usability and ease of operation.