Blueflite, a drone-based logistics platform, has partnered with Australia’s Northern Territory Government to develop an innovative hydrogen storage technique for unmanned aerial vehicles (UAVs). The project, based in Darwin, aims to create a lightweight, high-pressure hydrogen vessel using Advanced Fiber Placement (AFP) technology. By collaborating with Charles Darwin University and H3 Dynamics, the project seeks to leverage additive manufacturing capabilities to enhance long-range UAVs' efficiency and range. This initiative is crucial for various sectors like medical, agriculture, and mining, particularly in remote areas. The project aligns with the growing trend of using drones for goods deliveries, with an expected increase in drone flights to 60.4 million by 2043. The integration of hydrogen fuel cells is poised to revolutionize drone technology, offering a scalable solution for UAV applications. Blueflite's CEO, Frank Noppel, highlights the project's goal of positioning the Northern Territory as a leader in sustainable aviation and manufacturing. The collaboration with CDU's Energy Resource Institute will conduct trials for remote site hydrogen generation, paving the way for renewable energy adoption in the aviation sector. Charmaine Phillips of the Advanced Manufacturing Growth Centre emphasizes the economic impact of the project, projecting $600,000 AUD in additional revenue and the creation of seventeen skilled roles. This initiative represents a significant step towards decarbonizing last-mile transportation and promoting sustainable aviation practices in Australia.