Stralis Aircraft, Fabrum, and Ara Ake have joined forces to advance hydrogen-powered aviation by designing, developing, and testing liquid-hydrogen storage tanks and a fuel system for Stralis aircraft. This collaboration seeks to facilitate Australasia's inaugural liquid-hydrogen-powered flight and aid the shift towards zero-emission air travel. The project involves integrating Fabrum's lightweight composite tanks and dispensing systems into Stralis Aircraft's hydrogen-electric propulsion systems. Supported by Ara Ake, New Zealand's future energy center, the initiative also aims to enhance industry connections between New Zealand and Australia, fostering expertise in liquid-hydrogen storage, refueling, and aircraft integration. The partnership's efforts are praised for connecting leading organizations across countries to drive clean energy solutions. Stralis' innovative fuel-cell technology, designed to be lighter than existing options, has the potential to revolutionize air travel by enabling longer flights more cost-effectively. The project signifies a significant leap forward for Stralis in refining its hydrogen-electric propulsion technology, with a focus on liquid hydrogen capabilities. Noteworthy advantages of hydrogen for aviation, such as its high energy density and fast refueling capability, are outlined, positioning it as a viable alternative to traditional aviation fuels. Hydrogen-electric propulsion systems are highlighted for their simplicity compared to conventional engines, lower operating temperatures, and reduced maintenance costs, promising a shift towards eco-friendly and quieter air travel. With a vision to make zero-emission aviation commercially viable in Australasia and beyond, the collaboration between Stralis Aircraft, Fabrum, and Ara Ake represents a pivotal step in advancing sustainable aviation technology.