Determining the Requirement System of a Cargo Unmanned Aerial Vehicle with Hybrid Propulsion System

Abstract

Recently, one of the fastest growing branches of the various segments of the aerospace industry is the development of unmanned aerial vehicles. Although, in the beginning the military industry gave the starting boost and continues to be the true pull force; the use of unmanned vehicles in the field of civilian use - in the absence of appropriate legal and regulatory frameworks - has now become more and more widespread. Thus, one of the promising uses of these air tools is their use as a cargo machine for specific purposes. The movement of goods is increasingly exaggerating in traditional manners (road, rail, water and conventional aviation). Together with the exponential increase in globalization, the more popular online stores and the achievement of shorter freight times yield for new technologies. In conjunction with the "Research and Development of Disruptive Technologies in e-mobility and Integration in Engineer Training", this article presents the concept and the required condition/requirement system for an unmanned cargo aircraft with hybrid propulsion system, capable of meeting the conditions of freight transport both useful load, in terms of range, but at the same time it has a much lower environmental burden than current technology.