Harnessing drones for faster, cheaper, greener logistic solutions in challenging environments

Abstract

This thesis investigates the transformative potential and game-changing impact of unmanned aerial vehicles (UAVs), known as drones, in reshaping global supply chains for enhanced sustainability and environmental protection. Through theoretical frameworks, industry case studies, and comprehensive data analysis, this thesis illuminates the complex interplay between risk management, sustainability principles, social reliability, and economic considerations in the decision-making process of integrating UAVs within the logistic industry widely. Building upon these foundations, the thesis proceeds with a thorough examination of findings, a comprehensive discussion, and conclusive remarks to bridge the existing thesis gaps regarding building and designing drones of materials and technology to endure adverse weather conditions utilizing high advanced materials of those found in spaceships and space rockets. Furthermore, it proposes a primary solution involving humanoid robots collaborating with cargo drones to facilitate door-to-door last-mile deliveries, emphasizing safety, privacy, and security.