Highly integrated 10km detection and countermeasure defense equipment

This device features highly intelligent functionality, capable of autonomously selecting between manual and automatic strike modes based on the real-time status of an intrusion event. In automatic mode, the system automatically analyzes the type, speed, and flight trajectory of the intrusion threat and executes precise strikes according to preset rules. In manual mode, operators can control the device in real time and make response decisions based on specific situations. This autonomous strike mode selection design greatly improves the flexibility and accuracy of defense, enabling better handling of various unexpected drone threats. The system's powerful decision-making algorithm ensures optimal responses under different circumstances, protecting the security of the target area.

This device is equipped with advanced positioning technology, enabling real-time tracking and location of intruding drones and their pilots. Through high-precision radar and infrared imaging technology, the system can accurately identify the drone's location within a 10-kilometer range and capture the pilot's position using a signal monitoring system. Combined with intelligent analysis algorithms, the system can display the relative positions of the drone and pilot, providing detailed data support for subsequent strikes or countermeasures. Furthermore, the device possesses a certain degree of intelligent prediction capability, capable of predicting the drone's flight trajectory and providing advance warning for defensive measures.

This device adopts a modular design, allowing each functional module to be independently replaced and upgraded. This design significantly reduces maintenance costs and downtime. In the future, users can easily upgrade defense technologies or replace older hardware components according to actual needs, ensuring the system's long-term efficient operation. Simultaneously, the modular design also allows the device to maintain high flexibility during technological updates, enabling users to customize and optimize system configurations based on changing defense requirements.

To ensure the stability of the equipment during prolonged high-intensity operation, it is equipped with a high-efficiency heat dissipation system. This system employs a multi-stage heat dissipation structure, combining advanced liquid cooling technology and air convection cooling technology, enabling the equipment to maintain stable low-temperature operation even in complex environments. Whether in hot weather or harsh environments, the heat dissipation system effectively prevents overheating, thereby extending the equipment's lifespan and maintaining its long-term high efficiency.