![]() Planned Mars architectures for surface-dwelling humans in 2030 envision almost daily spacewalks in EVA suits. © Bonnie Dunbar / This approach would address several problems facing deep space travel, in particular:ġ) the ability to rapidly design and manufacture extravehicular activities (EVA) spacesuits that best match the anthropometric characteristics of each crew member (male and female) in any gravitational environmentĢ) the need to build digital twins that are continually modified based on lessons learned and design optimizationģ) the ability for the deep space crew to fabricate or repair some EVA suit components on-site based on digital filesĤ) the ability to digitally embed the EVA suit into the entire Mars mission architecture and concept of operations, including resupply, on-site repair and fabrication, and on-site reuse of materials. The vision is a "digital human scan to digital design/analysis to robotic manufacturing." This proposal seeks to investigate the feasibility of manufacturing cost-effective, high-performance exploration spacesuits "tailor-made" for Mars and using Digital Thread (DT), which integrates digital analytical components for manufacturing in the development of the final spacesuit. The Spacesuit Digital Thread is NASA's next space project. 3D technology seems to be the best option to respond to your concerns NASA is looking for the best alternatives for manufacturing and customizing astronaut clothing at an affordable cost. ![]()
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