Astronauts Kate Rubins and Soichi Noguchi are scheduled to conduct the 236th spacewalk in International Space Station history Friday starting about 7 a.m. EST.
Rubins, of NASA, and Noguchi, of the Japanese Space Agency, will spend about 6 1/2 hours outside the orbiting space station.
“The resilience of the human spirit is something we can truly celebrate in this special season.”@Astro_Illini, @AstroVicGlover, Shannon Walker, Kate Rubins, and @JAXA_en astronaut Soichi Noguchi send season’s greetings from the @Space_Station: https://t.co/Q4eIkMknCl pic.twitter.com/mX26Xbs4H7
— NASA (@NASA) December 22, 2020
They will perform such maintenance as venting ammonia from an external fixture and installing a device on an airlock cover to prevent it from blowing out the hatch is opened.
Rubins will continue the work she and NASA astronaut Victor Glover started on the airlock cover Sunday. Rubins and Glover also installed hardware required to begin upgrades later this year on solar arrays that are more than 20 years old.
The spacewalk will be fourth for both Rubins and Noguchi. Rubins was launched from Kazakhstan on a Russian Soyuz rocket on Oct. 14, while Noguchi was launched on a SpaceX mission from Florida on Nov. 15.
The orbiting research complex, which spans the length of a football field, is equivalent to a five-bedroom home with a gym, two bathrooms and a 360-degree bay window -- the cupola -- that allows views of Earth.
Large arrays of solar panels power its systems, while liquid propellant rocket engines keep it from losing altitude.
JAXA Astronaut Soichi Noguchi (@Astro_Soichi) will conduct a spacewalk on March 5! ?He is expected to work w/NASA Astronaut Kate Rubins (@Astro_Kate7) to upgrade the ISS’s equipment between 7 a.m. and 1:30 p.m. EST. pic.twitter.com/vzI9PTsxzY
— JAXA Washington DC (@jaxa_wdc) February 26, 2021
The space station, which cost more than $150 billion to build and costs NASA over $3 billion annually, flies at more than 250 miles above the Earth at greater than 17,000 mph.
This article has been adapted from its original source.