Before the aviation industry can transition to clean energy sources, such as batteries and hydrogen, there remains a significant gap to address. Given the strict standards and safety requirements governing aircraft operations, the immediate focus is on adopting more efficient and environmentally friendly fuels such as polycycloalkanes . Moreover, aircraft and airport infrastructures are tailored to handle specific types of fuels, primarily conventional jet fuels. Retrofitting or replacing existing infrastructure to accommodate alternative energy sources would necessitate substantial investment in infrastructure development. By focusing on the development of more efficient fuels, such as liquid polycycloalkanes, compatible with the current infrastructure, the transition can be smoother and more cost-effective . In addition, aviation operations rely heavily on consistent fuel sources to ensure safety and uninterrupted services. Introducing new and untested energy sources could potentially jeopardize the reliability and performance of air-craft . Prioritizing the development of more efficient fuels capable of matching or surpassing the performance characteristics of conventional fuels allows the aviation industry to uphold stringent standards for reliability and performance while simultaneously reducing environmental impact .