Explores the advanced textile and material technologies that keep astronauts safe in the vacuum of space. This video breaks down the multilayered structure of a modern spacesuit, explaining the purpose of each textile layer: from the tough, white outer fabric (which resists micrometeoroids and sunlight) through insulation layers, to the inner comfort liner. Viewers learn about specialized materials like Kevlar (for strength), Mylar (for insulation and thermal control), and Gore-Tex or other membranes that help manage moisture. By examining a space suit, learners see how engineers solve extreme challenges—radiation, temperature swings, lack of air—using innovative fabrics and design. Skills and concepts covered include understanding properties like tensile strength, flexibility, and thermal resistance in textiles. The video shows an exciting application of textile technology in aerospace, illustrating how critical advanced fabrics are beyond fashion—literally lifesaving in this case.
Explores the advanced textile and material technologies that keep astronauts safe in the vacuum of space. This video breaks down the multilayered structure of a modern spacesuit, explaining the purpose of each textile layer: from the tough, white outer fabric (which resists micrometeoroids and sunlight) through insulation layers, to the inner comfort liner. Viewers learn about specialized materials like Kevlar (for strength), Mylar (for insulation and thermal control), and Gore-Tex or other membranes that help manage moisture. By examining a space suit, learners see how engineers solve extreme challenges—radiation, temperature swings, lack of air—using innovative fabrics and design. Skills and concepts covered include understanding properties like tensile strength, flexibility, and thermal resistance in textiles. The video shows an exciting application of textile technology in aerospace, illustrating how critical advanced fabrics are beyond fashion—literally lifesaving in this case.
