Habitat of the Future: Design, Materials and Construction of Deployable Space Habitats

The imperative to develop inflatable habitats as a viable alternative to rigid/non-deployable structures is underscored by their demonstrated efficiency in terms of mass and volume, yielding substantial cost savings. NASA's seminal research on inflatable habitats dates back to 1961, exemplified by the space station design initiative undertaken by Goodyear. Although this particular design did not materialize in space, persistent innovation has characterized the trajectory of this industry. Moreover, private sector entities, including Bigelow Aerospace, Sierra Space, Lockheed Martin, and numerous others, have entered the fray, driving significant advancements in inflatable habitat technology. The engagement of these companies signals robust plans for the utilization of inflatable habitats across a spectrum of applications, encompassing commercial, private, and governmental space stations. Within this landscape, our studio has made notable contributions with a concept poised to emerge as a leading innovation in inflatable habitat technology. Our concept exhibits potential for docking with the ISS or serving as an extension to India's ambitious space station plans within the private sector. The paper is delineated into two principal sections: the first section meticulously delineates the development process from the launch payload fairing to the deployment mechanism, leveraging empirical data and technical specifications. The second section offers a comprehensive examination of ancillary services and interior habitat functions, elucidating practical implementations and anticipated outcomes.