5-inch Screen Anti-Drone Signal Detection and Strike Integrated Shield

This product is a 5-inch screen integrated anti-drone signal detection and strike shield system, highly integrating detection and strike functions into a single device. Through advanced electronic detection technology, it can quickly capture the wireless signals of various drones, achieving precise positioning and real-time jamming. The system employs intelligent algorithms to automatically identify drone models and flight behaviors, enabling targeted strike strategies. Simultaneously, its lightweight design makes it suitable for various scenarios such as law enforcement, security, and defense, providing comprehensive protection against drone threats.

The device is equipped with a 5-inch high-definition touchscreen, with a clear and intuitive interface and simple operation. Users can quickly switch between detection modes, attack modes, and signal frequency band settings via the touchscreen. Multi-touch is also supported for convenient and rapid operation in emergency situations. The display interface uses a high-contrast color scheme, ensuring clear viewing of target information even in bright sunlight. The interface design prioritizes user experience, making important information such as drone type, signal strength, and interference status readily apparent, improving on-site decision-making efficiency.

The system can display the real-time geographical location, flight altitude, and trajectory of surrounding drones. Through high-precision GPS and wireless signal positioning technology, users can intuitively monitor drone movements on the screen, determining their flight intentions and threat levels. This function supports trajectory playback and historical record analysis, providing reliable data for security protection. Simultaneously, real-time location display is linked with the attack function to ensure effective interference or interception of potential threats in the shortest possible time.

The equipment adopts a modular design concept, allowing for independent replacement and upgrades of various functional modules such as detection, interference, battery, and interface modules. This design not only facilitates maintenance but also allows for rapid addition or adjustment of functions to meet different task requirements, such as upgrading to higher-power interference modules or expanding remote control interfaces. The modular approach significantly extends the equipment's lifespan while reducing subsequent maintenance costs, enabling the system to maintain long-term, efficient operation even with rapid technological iterations.