Journal of Space Exploration, Propulsion and Aerospace Systems

About the Journal

Journal of Space Exploration, Propulsion and Aerospace Systems is a peer-reviewed, open-access publication dedicated to advancing the science, engineering, and applications of space exploration and aerospace propulsion technologies. It serves as a forum for scientists, engineers, mission planners, technologists, and policy analysts to share original research and applied studies that expand our understanding of space systems and their real-world applications.

The journal addresses the entire spectrum of aerospace systems; from fundamental research on propulsion physics and spacecraft design to operational strategies for crewed and uncrewed missions. It recognises that space exploration is both a scientific pursuit and an engineering challenge, shaped by technical innovation, mission constraints, and long-term sustainability goals.

Topics featured include spacecraft propulsion systems, launch vehicle design, space mission planning, human factors in spaceflight, in-space manufacturing, orbital mechanics, deep-space communication, planetary exploration, and space environment modelling. The journal also welcomes work on the integration of propulsion technologies with structural design, energy systems, and navigation solutions.

Contributions may address exploration within Earth’s orbit, missions to the Moon and Mars, or deep-space ventures to outer planets and beyond. Studies on the economic, environmental, and policy dimensions of space exploration are encouraged, particularly when linked to emerging commercial and international space programmes.

In addition to research articles, the journal publishes technical notes, mission reports, and data-driven analyses that inform aerospace design and operational decisions. Reviews synthesising the state of knowledge in propulsion and space systems are also welcome.

By making its content freely accessible, the Journal of Space Exploration, Propulsion and Aerospace Systems fosters global collaboration among researchers, agencies, private industry, and academia. Its mission is to support innovation, knowledge exchange, and practical solutions that push the boundaries of human capability in space.

Whether your work involves testing propulsion prototypes, modelling planetary trajectories, assessing mission risk, or developing in-space infrastructure, this journal offers a dedicated platform to share your insights with a diverse and engaged audience.