A more flexible and advanced spacesuit design for astronauts

  • New lightweight spacesuit design tested on Zero-G flight
  • Spacesuit offers increased range of motion and ease of movement
  • Designed to be more flexible, lighter, and accommodate more body sizes
  • Consultation with astronauts to meet the needs during spacewalks
  • Further testing in simulated vacuum environment and underwater

A new International Space Station spacesuit design has undergone microgravity testing on Zero-G flights. The spacesuit, developed by Collins Aerospace, demonstrated increased range of motion and ease of movement during entry and exit tasks. The goal of the design is to create a more flexible, lighter, and adaptable spacesuit that can accommodate a wider variety of body sizes. Collins has consulted with astronauts to ensure the spacesuit meets their needs during spacewalks. Further testing will be conducted in a simulated vacuum environment and underwater. The spacesuit design is part of NASA’s efforts for future ISS missions and the Artemis program, which aims to put astronauts on the moon in the 2020s.

Public Companies: Collins Aerospace (Unknown), Axiom Space (Unknown)
Private Companies: undefined, undefined
Key People: Peggy Guirgis (General Manager of Space Systems for Collins)

Factuality Level: 8
Justification: The article provides information about Collins Aerospace testing a new spacesuit design for International Space Station spacewalks. It includes statements from the company’s general manager and mentions the purpose of the new design. The article also mentions NASA’s tasking of Collins to develop a next-generation spacesuit and the need for flexibility and sizing to suit different genders and body sizes. It provides details about the testing process, including parabolic flights and future testing in a simulated vacuum environment and underwater. The article also mentions Collins’ plans to modify the spacesuit for lunar surface activities and Axiom’s involvement in supplying spacesuits for the Artemis 3 mission. Overall, the article provides factual information about the development and testing of the new spacesuit design.

Noise Level: 8
Justification: The article provides information on the testing of a new spacesuit design for International Space Station spacewalks. It includes details on the testing process, the goals of the new design, and the involvement of Collins Aerospace and Axiom Space. The article also mentions the outdated nature of the current spacesuits and the need for more flexibility and sizing options. It provides insights into the future plans for testing and development, including a simulated vacuum environment and underwater training. The article includes relevant links to additional information on spacesuits and related topics. Overall, the article stays on topic, provides evidence and examples, and offers actionable insights into the development of spacesuits for future missions.

Financial Relevance: No
Financial Markets Impacted: No

Presence of Extreme Event: No
Nature of Extreme Event: No
Impact Rating of the Extreme Event: No
Justification: The article does not pertain to financial topics and does not describe any extreme events.

Reported publicly: www.space.com