Anti-Drone 300MHz-6G Signal Detection and Strike Equipment

The Anti-Drone 300MHz-6G signal detection and strike equipment boasts powerful real-time signal tracking capabilities. It can quickly scan the environment for radio signals, covering the frequency band from 300MHz to 6GHz, enabling comprehensive monitoring of communication signals from various types of drones. Through high-precision signal processing algorithms, the equipment can accurately locate the drone's real-time position and generate a visual trajectory, providing operators with intuitive threat information. This feature significantly improves response speed and interception efficiency against low-flying targets.

This device adopts a lightweight design concept, with an overall weight controlled to around 15 kg, allowing for single-person transport or rapid deployment. The fuselage is made of high-strength composite materials, ensuring durability while reducing transportation burden. The lightweight design enables operators to quickly deploy the device in various complex terrains, thereby shortening the response time for counter-drone operations and allowing for flexible use in temporary deployments or emergency protection scenarios.

The Anti-Drone device supports mobile array deployment, allowing for flexible adjustments to the array layout according to the protection requirements of different sites. When multiple devices work together, they can form a wider coverage and more comprehensive detection protection network. Mobile deployment not only increases coverage area but also enhances the array's anti-jamming capabilities, making drone signal interception and positioning more stable and reliable, suitable for scenarios such as large-scale events, exercises, and the protection of key facilities.

The device adopts a modular design concept, allowing core internal components such as the signal receiving module, jamming module, and power supply module to be independently disassembled and replaced. The modular design facilitates routine maintenance; in case of a malfunction, only the corresponding module needs to be replaced, avoiding complete downtime. At the same time, this design also facilitates future technology upgrades, allowing for continuous updates to the hardware and software systems as drone technology evolves, ensuring the equipment maintains high-efficiency protection capabilities over the long term.