Biotechnological approaches in construction of drones for medical purposes

Aim. Construction of an unmanned controlled complex (drone) with a container for medical care in extreme conditions with the use of biotechnological approaches. Methods. The methods of analysis and object-oriented programming; use of the Python language; construction of the structure of the container for medical care; development of program supply for object recognition and operations with a container for medical purposes. Results. The structure of a drone as a carrier of a container for medical care was scrutinized as well as the versions of drones' modules for medical purposes. Simultaneously, the various structures of such drones and containers for medical purposes were studied; the possibilities of biotechnological methods use were examined. A new version of the container for transportation by drone was constructed. Appropriate samples of the software for performing individual tasks of medical care in extreme conditions for various types of drone vehicles started to develop. Conclusions. The drone with a container for medical care in extreme conditions with the use of biotechnological methods, as well as techniques of object recognition, was developed successfully.