Long-duration anti-drone signal jamming equipment

This long-range anti-drone signal jamming device features an integrated soldier design, weighing less than 3 kg, making it easy to carry and deploy quickly. The device integrates the antenna, jamming module, and power supply, allowing soldiers to operate it independently without additional support equipment. The lightweight design not only reduces carrying burden but also ensures operational flexibility, making it suitable for field patrols, border defense, and rapid emergency countermeasures. Ergonomically designed, the device can be carried on the back or held in the hand, improving individual soldier combat efficiency.

This equipment supports the formation of an intelligent defense network with other defense devices, achieving regional drone protection through various defense combination strategies. Different units can work collaboratively to form a multi-dimensional joint defense system encompassing signal jamming, radar detection, and video surveillance. In complex environments, the system can automatically select the optimal combination strategy based on the type and location of the intruding drone, improving defense efficiency and reducing blind spot risks. The networking function also supports remote control and task scheduling, enabling multi-service, multi-level joint operations.

The equipment starts up quickly and can be used without complex setup. After powering on, the system automatically performs frequency band scanning and parameter initialization, ensuring drone signal jamming is achieved in the shortest possible time. Its rapid response capability allows individual soldiers to immediately and effectively suppress target drones in emergency situations, ensuring regional security. Whether for border patrols, key facility protection, or emergency missions, the equipment can be deployed quickly.

The equipment is equipped with an OLED display screen that can display the jamming status, battery information, and operating mode in real time. Operators can monitor the equipment's operating status at any time, predict power consumption in advance, and manage charging accordingly. The display screen also supports fault prompts and signal strength feedback, making operation more intuitive, management more efficient, and ensuring continuous and stable operation of the equipment during long-term tasks.