Hogreen Air, a specialist in hydrogen drones, power packs, and fuel cells, announced the successful completion of an update to its Ground Control System (GCS) v4.1 on the 23rd, introducing new technologies through demonstrations.

Hogreen Air's GCS v4.1 is a ground control system based on LTE/5G mobile communication networks. This update was carried out to enhance user convenience, adding more features and updating existing ones compared to the previous GCS v3 version.

The GCS v4.1 update includes changes to altitude allocation methods, enabling more accurate mission planning and efficient execution. The Yaw rotation function, controlling the drone's direction, has been improved for precise flight control, allowing more effective manipulation of gimbals for essential roles in video and camera control.

Additionally, a feature has been added to visualize obstacles using Lidar, facilitating safe flight path planning. Improved data recording during flight enables detailed analysis and enhancement of flight performance. The display of estimated distance and flight time based on FC speed settings aids in more accurate flight planning.

GCS v4.1 also introduces Over-The-Air (OTA) update functionality, allowing users to remotely update software, apply the latest features, and implement security patches easily. Furthermore, the secure storage of user settings and mission data on the server supports mission sharing and collaboration. The system provides detailed information about attached equipment, aiding in effective equipment management and monitoring during flights.

A Hogreen Air representative stated, "With this update, Hogreen Air focused on adding new features and improvements not present in the previous GCS v3 version. Through this update, we aim to provide users with enhanced flight control tools, precise mission planning, and efficient ways to save flight time."

The GCS by Hogreen Air can be applied to various missions through subscription services, including drone photo surveying and 3D mapping, monitoring building exterior cracks, facility safety diagnostics, long-distance flight missions, vehicle license plate recognition and counting, fuel detection, drone delivery systems, wildfire and smoke detection, facial recognition, people counting, and more.

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