Moscow Aviation Institute (MAI) has created a new flight controller for unmanned aerial vehicles. It will be presented at the HeliRussia-2025 exhibition.
The device is designed to control both aerial and ground autonomous systems. The controller provides autonomous navigation, stabilization, and video signal processing on board the UAV.
The device functions as a central control unit, combining an autopilot, a computing unit, and a data analysis system. According to Maxim Kalyagin, Chief Designer at MAI, the development surpasses imported counterparts due to its powerful computing and sensor components.
The main task of the controller is to ensure stable operation of the UAV in autonomous mode. It is capable of processing large amounts of data from sensors in real time, which allows it not only to perform navigation but also to adapt to changing conditions.
The controller also analyzes video streams and recognizes images, making it useful for monitoring, aerial photography, and search and rescue operations. The built-in artificial intelligence module allows for computer vision functions, including obstacle detection.
The device is suitable for various types of drones and easily integrates into existing systems. MAI has launched it into mass production and uses it in educational and scientific projects. The developers continue to expand its functionality and adapt it to specific tasks.
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