Probing the Intersection of Clothing Innovations and Space Exploration

Probing the Intersection of Clothing Innovations and Space Exploration

Vishnu Prakash B*, Sweda Keerthana K

Aeroin SpaceTech Pvt.Ltd, Tamil Nadu, India.

*Corresponding Author Email: vishnuprakash.aeroin@gmail.com

ABSTRACT

The purpose of this study is to investigate the complex relationship between developments in space exploration and clothing improvements, with a particular emphasis on the use of high-performance fibers in spacesuit construction. The study covers several important topics, from material science to the real-world effects of these advancements on astronaut health and mission performance.

Exploring the many facets of spacesuit design, it places special emphasis on mobility, ergonomics, thermal control, biomedical monitoring, communication systems, modularity, and flexibility. Every one of these components is essential to guaranteeing astronaut efficacy and safety on missions. The paper sheds light on how state-of-the-art materials enhance spacesuit functionality overall by analyzing the incorporation of high-performance fibers in various domains.

It keeps looking into how wearable technologies and smart materials might be incorporated into spacesuits. This section examines the impact that these technological advancements have on astronaut health and mission performance.

In summary, this work offers a comprehensive examination of the connection between space exploration and clothing developments, offering valuable insights into the use of advanced technologies, material science, and high-performance fibers in spacesuit design.

Keywords: High performance fibers, advanced materials, modularity, integrated communication systems, space suit development, health monitoring sensors, radiation containment, Kevlar fibers, Extravehicular Mobility Units (EMU).