Drones powered by hydrogen fuel cells, which have longer flight durations
and emit less carbon emissions, are emerging as a sustainable alternative for intercity
cargo transportation. However, there are still issues related to reliability and fuel
efficiency, as well as achieving optimal fuel efficiency. This study examines the
development and application of hydrogen-powered drones for cargo delivery between
cities. Because of their high energy density and zero emissions, hydrogen fuel cells
provide an attractive alternative to traditional modes of transportation, which have
decreased their sustainability benefits due to worries regarding carbon emissions.
Because of the development, construction, and operation of hydrogen-powered drones,
this endeavour aims to reduce dependency on conventional air and road transportation,
and these drones will be able to transport supplies between cities. The study begins
with a presentation of current drone technology, emphasizing the limitations of batterypowered drones in terms of range and cargo capacity. After that, a thorough analysis of
hydrogen fuel cell technology is presented, with a focus on how it might improve drone
endurance and operation. The challenges and useful benefits of implementation are
illustrated through case studies and real-world applications. The findings of this study
support the broader goal of developing effective and environmentally friendly
transportation networks and set the stage for future developments in drone technology.
Keywords: Drone technology, Hydrogen Fuel cells, Intercity cargo transport.
