Abstract

The creation of human-like artificial bodies capable of surviving in space represents a revolutionary step in extending humanity’s reach beyond Earth. This article explores the feasibility of developing such bodies by combining advancements in robotics, artificial intelligence (AI), biomimicry and augmented reality (AR). By integrating neural mapping, energy-efficient designs, enhanced sensory systems and AR-driven interaction capabilities, these bodies can replicate human functionality while surpassing biological limitations. Ethical considerations, engineering challenges and potential applications in space exploration are discussed, providing a roadmap for a new era of human-machine integration in extraterrestrial environments.