Nasa unveils flexible, one-size-fits-all space suits

Nasa, unveils, flexible, one-size-fits-all, space suits, touch down, US astronauts
EASY TO WALK: Kristine Dans is assisted as she climbs out of the Exploration Extravehicular Mobility Unit (xEMU), one of two Nasa spacesuit ?prototypes for lunar exploration at Nasa Headquarters in Washington. - AP

Washington - They are also extendable and therefore one-size-fits-all.



By AFP

Published: Wed 16 Oct 2019, 11:00 PM

Last updated: Thu 17 Oct 2019, 1:16 AM

 Bye bye to bunny hops: when US astronauts next touch down on the Moon, expect them to walk almost as they do on Earth, thanks to a new generation of spacesuits offering key advantages over those of the Apollo-era.
Prototypes of the Orion Crew Survival Suit that will be worn on the journey and the Exploration Extravehicular Mobility Unit (xEMU) for the lunar surface were unveiled at Nasa's Washington headquarters on Tuesday ahead of the agency's planned return to the Moon by 2024.
Standing in front of a giant US flag, spacesuit engineer Kristine Davis wore a pressurised red, blue and white xEMU suit, showing off a vastly improved range of motion thanks to bearings systems on the waist, arms, and legs. They are also extendable and therefore one-size-fits-all, meaning there won't be a repeat of an embarrassing flub in March that caused the first all-female spacewalk to be aborted when a second medium-sized suit wasn't available.
"If we remember the Apollo generation, we remember Neil Armstrong and Buzz Aldrin, they bunny hopped on the surface of the Moon," Nasa administrator Jim Bridenstine told a hall filled with students and interns at the space agency.
"Now we're going to be able to walk on the surface of the Moon, which is very different from the suits of the past."
Another key innovation is the xEMU's unlimited capacity to absorb carbon dioxide, a byproduct of respiration that is also poisonous in high quantities.
It achieves this through a system that both absorbs and then removes the gas into the vacuum of space, unlike current systems that merely absorb it until its reaches a saturation point.


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