Abstract :
Abstract Earth-bound limitations have long shackled the size, scope, and sustainability of space missions. However, a transformative paradigm shift is on the horizon: in-space manufacturing and assembly (ISAM). This article explores the burgeoning field of ISAM, delving into its key technologies, potential applications, and transformative impact on future space exploration and utilization.
Keyword :
Keywords: sustainable space economy, Mars missions, lunar manufacturing, space resources, large space structures, satellite assembly, 3D printing, In-space manufacturing