[Tucson, 15 November 2024] – The Center for Human Space Exploration at the University of Arizona is proud to announce a new research project aimed at enhancing astronaut safety and performance during future lunar missions. The project focuses on the development of a next-generation lunar space suit, featuring exoskeleton technology for increased mobility and reduced fatigue, alongside the design of an emergency surface shelter to ensure astronaut survival during unforeseen situations on the Moon.

Inital work will be carried out at the Biosphere2 in Oracle, Arizona, managed by the University of Arizona.

Project Highlights:

Exoskeleton-Assisted Lunar Space Suit:
The research team is designing a state-of-the-art lunar space suit with an integrated exoskeleton. This system is intended to assist astronauts in moving across the Moon’s challenging terrain, significantly reducing the physical strain and fatigue that typically accompany extended periods of lunar exploration. The exoskeleton is also designed to improve balance and coordination, allowing astronauts to navigate more efficiently during lunar operations.

Emergency Shelter for Enhanced Safety:

In addition to the space suit, the research initiative is developing an emergency shelter that can be deployed on the lunar or Mars surface in case of life-threatening situations. The shelter will provide a safe and secure environment for astronauts to take refuge, offering protection from extreme temperatures, radiation, and equipment failures. The first shelter design will represent a stationary shelter, while later designs will be lightweight and portable.

Dr. Cameron M Smith, Co-Director of the Center for Human Space Exploration excitedly shares, “We’re focusing on enhancing astronaut capabilities and safety during lunar missions. Using exoskeleton technology can decrease fatigue in a space suit and the lunar shelter concept can help facilitate long-term human presence on the Moon or Mars.”

Research Goals:

Improve Astronaut Mobility and Endurance:
The use of exoskeleton technology in space suits represents a game-changer in astronaut mobility, allowing for longer, more productive lunar explorations without the risk of overexertion.

Enhance Emergency Preparedness on the Lunar Surface:
The emergency shelter will provide astronauts with a readily available means of survival during a wait for assistance in case of a major problem with a lunar rovers.

For media inquiries, please contact:

Cameron M. Smith, PhD
cameronsmith@arizona.edu
chaseb2.space