Blueflite, supported by the Northern Territory Government in Australia, is embarking on a groundbreaking project aimed at addressing the need for safe hydrogen fuel storage for long-range unmanned aerial vehicles (UAVs). The project involves developing lightweight hydrogen containers using Advanced Fiber Placement (AFP) technology, with a focus on serving industries like medical, agricultural, services, and mining that rely on long-range UAVs. Blueflite's partnership with Charles Darwin University leverages the university's innovative manufacturing capabilities, including an AFP robot, to enhance the production of composite vessels. Long-range UAVs play a vital role in sectors such as healthcare, agriculture, and services, especially in geographically isolated regions like the Northern Territory. The increasing use of drones is projected to grow significantly, driven by applications like goods delivery. With the global drone market set to expand, the incorporation of hydrogen fuel cell technology into UAVs presents a promising solution to enhance flight range and efficiency. Frank Noppel, the CEO of Blueflite, highlighted the potential of UAVs to improve services in remote areas and reduce carbon emissions. The project, in collaboration with CDU and H3 Dynamics, aims to establish a composite hydrogen tank manufacturing capability in Australia and conduct trials for remote hydrogen generation and filling. The support from the Northern Territory Government and AMGC's involvement further underlines the strategic positioning of the region for fostering innovation and renewable energy solutions. This initiative signifies a leap towards greener and more efficient UAV operations, with a strong emphasis on sustainability and technological advancement in the aerospace industry.