The intelligent border defense comprehensive solution deploys the FCDH-36 (S) A "Sentinel" composite wing automatic airport system, combined with drone autonomous inspection technology, to achieve high-frequency, normalized flight and automated inspection operations in an unattended state. The system includes two types of automatic airport platforms, fixed and vehicle-mounted. The drone adopts a retractable rotor-type vertical takeoff and landing system, with large payload, long endurance, and high-altitude vertical takeoff and landing capabilities, and can carry multiple loads to meet different inspection needs. The software system supports task reservation, real-time supervision, and historical data playback, with flexible and diverse communication methods to ensure real-time data transmission. The overall plan takes "cloud-management-end" as the core architecture, providing intelligent and automated inspection solutions for border defense, coastal defense, armed police internal defense and other fields.
The intelligent border comprehensive solution aims to solve the problems of insufficient personnel establishment, poor operational timeliness, and inconvenient inspection in border inspection. Through an automated and intelligent drone inspection system, the efficiency and quality of inspection can be improved. The goal of the solution includes achieving regular high-frequency drone inspections in border areas, covering long-distance and large-scale areas; reducing manual intervention and operation and maintenance costs through autonomous takeoff, inspection, recovery, and charging functions; using a high definition image transmission system and multiple payloads to improve the real-time and completeness of inspection data, providing strong support for border security management. At the same time, the solution also focuses on the adaptability and reliability of the system to ensure stable operation in various harsh environments.
The drone and automatic airport system in this solution work closely together to achieve fully automatic takeoff and recovery processes in an unattended state. When receiving inspection task instructions, the drone automatically takes off from the airport without manual intervention. After the task is completed, the drone automatically returns to the airport and lands accurately at the preset position to complete the recovery action. This process not only improves operational efficiency, but also significantly reduces the risk and cost of manual operation.
The drone has autonomous navigation and flight capabilities, and can autonomously perform inspection tasks according to preset routes. Through integrated GPS and high-precision sensors, the drone can maintain a stable flight attitude and real-time postback video, image and other data of the inspection area. This process realizes the automation and intelligence of inspection work, greatly improves the coverage and timeliness of inspection, and ensures the safety of border areas.
The solution supports mounting various types of mission payloads, including but not limited to visible light cameras, oblique photography cameras, multispectral cameras, optoelectronic pods, and lidar. These payloads can meet the needs of different inspection scenarios and provide diverse Data Acquisition and analysis capabilities. For example, visible light cameras can be used to shoot high-resolution videos and photos, multispectral cameras can be used to monitor vegetation cover and soil moisture, and lidar can be used for 3D modeling and terrain measurement.
The system has built-in AI intelligent recognition technology, which can analyze and process real-time inspection data of drone postbacks. Through Deep learning algorithm and Pattern Recognition technology, the system can automatically identify and classify target objects such as personnel, vehicles, illegal buildings, etc. This function not only improves the accuracy and efficiency of Object Detection, but also provides strong data support for subsequent decision-making and disposal work.
The software system supports remote monitoring of the status and task execution of the drone. Users can view the drone's flight trajectory, video images, and data indicators in real-time through a computer or mobile device. At the same time, the system also supports remote scheduling function. Users can adjust the drone's flight path and task parameters according to the actual situation to achieve flexible and efficient inspection operations.
The drone automatically charges the battery through touchpoint charging inside the automatic airport, without the need for manual battery replacement. This process not only ensures the continuous operation ability of the drone, but also reduces the workload of manual maintenance. In addition, the system also has fault self-diagnosis and remote maintenance functions, which can timely detect and repair potential problems, ensuring the long-term stable operation of the system.
The vehicle-mounted "Sentinel" composite wing automatic airport system uses the vehicle chassis as a mobile carrier, realizing the flexible deployment of the drone inspection platform. This design enables the drone to conduct inspection operations in a wider area, especially in scenarios that require long-distance and high-intensity continuous operations. At the same time, the vehicle-mounted platform also has autonomous navigation and obstacle avoidance capabilities, ensuring safe operations in complex environments.
This solution is widely applicable to various scenarios such as border defense, coastal defense, and armed police internal security. In the field of border defense, drones can perform tasks such as border patrol, intelligence surveillance, and reconnaissance; in the field of coastal defense, they can be used for tasks such as maritime law enforcement and evidence collection, tracking and arrest. At the same time, the system also supports customized development and services, and can provide personalized solutions according to the needs of different users.
