LiDAR equipment

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.