Tag Archives: Astronauts

Cosmic radiation during spaceflight could increase risk of erectile dysfunction in astronauts – Space.com

  1. Cosmic radiation during spaceflight could increase risk of erectile dysfunction in astronauts Space.com
  2. Astronauts may suffer from erectile dysfunction after trips to space, study finds Yahoo! Voices
  3. Cosmic-ray exposure on space missions could cause erectile dysfunction, liquid channels in ice boost frost damage – Physics World physicsworld.com
  4. Erectile Dysfunction a Side-Effect Future Space Travellers Must Brace For, Study Finds! | Weather.com The Weather Channel
  5. Scientists Have Bad News for Astronauts’ Genitals Yahoo! Voices
  6. View Full Coverage on Google News

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Crew Dragon astronauts to receive rare space medal from the White House

Enlarge / NASA astronauts Doug Hurley and Bob Behnken (foreground) work on Crew Dragon’s touchscreen displays.

NASA

Vice President Kamala Harris on Tuesday will bestow the Congressional Space Medal of Honor on Doug Hurley and Robert Behnken. The former NASA astronauts launched on the debut flight of SpaceX’s Crew Dragon spacecraft in May 2020.

Hurley, the spacecraft commander, and Behnken, its pilot, will receive the medal for “bravery” exhibited during the Demo-2 mission to the International Space Station. Their debut mission was a complete success, and since this pioneering flight, NASA has flown five operational missions on board Crew Dragon, along with two private spaceflights.

An operational Crew Dragon has provided NASA with its sole means of reaching the space station aside from the Russian Soyuz vehicle—saving the space agency from the embarrassment of having to rely on Russia for this transport amid escalating tensions surrounding the war in Ukraine.

Outside of space circles, the space medal is not a particularly well-known honor, especially because it has not been awarded in nearly two decades. However, the medal is prestigious and often only given to astronauts who have died during spaceflight activities.

Over the course of more than four decades, the Congressional Space Medal of Honor has only been awarded to 28 astronauts, ever. Of those, 17 were given posthumously to the crews of the Apollo 1, Challenger, and Columbia accidents.

The US Congress authorized the president to award the medal “to any astronaut who in the performance of his duties has distinguished himself by exceptionally meritorious efforts and contributions to the welfare of the Nation and of mankind.”

President Carter bestowed the first awards on Apollo astronauts Neil Armstrong, Frank Borman, Pete Conrad; Gemini’s Gus Grissom; and Mercury’s Alan Shepard and John Glenn in 1978. When not awarded posthumously, the award has gone to pioneers, such as Shannon Lucid, who conducted a long-duration spaceflight on the Mir space station, or astronauts who have flown first on new vehicles, such as John Young and Robert Crippen on the space shuttle.

Within the next two years, additional astronauts will pioneer new spacecraft and may become eligible for the medal.

Later this spring, as soon as April, Butch Wilmore and Suni Williams will make the debut crewed launch on Boeing’s Starliner spacecraft to the space station. Then, perhaps in late 2024 or early 2025, four astronauts will fly on board NASA’s Orion spacecraft around the Moon. These four crew members for the Artemis II mission, expected to include a Canadian astronaut, are likely to be named sometime this spring.

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CNN Exclusive: Secretive process to select astronauts for NASA’s next moon mission

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Sometime this spring, NASA will make one of the biggest announcements in its history when it names the initial four-person crew for its flagship Artemis program to return astronauts to the moon for the first time in 50 years.

Scheduled to launch in 2024, Artemis II will be the program’s first crewed mission to orbit the moon, flying farther into space than any humans since the Apollo program and paving the way for the Artemis III crew to walk on the moon in 2025 — all aboard the most powerful rocket ever built and at a price tag that by then will approach $100 billion.

Yet, as publicized as the Artemis II mission is, the process of how its crew will be chosen is so secretive that it remains a mystery even for many on the inside. Other than announcing the astronauts’ nationalities — three Americans, one Canadian — NASA has said almost nothing publicly about who will be selected or how that decision will be made.

CNN spoke with nearly a dozen current and former NASA officials and astronauts to pull back the curtain on the secretive selection process. Based on those interviews, CNN not only gained exclusive insights into how the crew will be selected — it has also whittled down the list of candidates those insiders say are generating the most buzz at NASA.

At the top of everyone’s list for the first Artemis crew is Reid Wiseman, a 47-year-old decorated naval aviator and test pilot who was first selected to be a NASA astronaut in 2009. Wiseman stepped down as chief of the astronaut office in November, a prestigious job historically responsible for selecting the initial crew assignment for each mission, but which also comes with a big catch — the chief isn’t eligible to fly in space.

“Being chief is a crummy, lousy job,” former NASA astronaut Garrett Reisman told CNN. “No one wants it, especially now.”

While it may be a job that few astronauts want ahead of the Artemis crew assignments, it does come with one big advantage.

“Historically, the one benefit of being chief is that, when you did step down, you gave yourself the best flight assignment available at the time. That was kind of an acknowledged perk,” Reisman said. “You did this horrible job on our behalf. Thank you for doing that. Here’s your reward. You get to put yourself in the best seat around.”

Without question, the best open seat right now is on Artemis II — a high-pressure, high-visibility mission that will send four astronauts on a roughly 10-day mission around the moon and back.

INTERACTIVE: Trace the path Artemis I will take around the moon and back

Before stepping down as chief in November, just two days before the launch of Artemis I, the program’s first successful uncrewed test flight, Wiseman made another consequential move in August, when he reversed a previous NASA decision to select the Artemis crew from an initial core group of just 18 astronauts previously deemed the “Artemis Team.”

Instead, Wiseman expanded the group of candidates to all 41 active NASA astronauts.

“The way I look at it, any one of our active astronauts is eligible for an Artemis mission,” Wiseman said at the time. “We just want to assemble the right team for this mission.”

Determining the “right team” for a mission to space has always been a mysterious process, going all the way back to the 1950s. That’s when NASA was making its first flight assignments for its initial Mercury missions, made famous by Tom Wolfe’s book “The Right Stuff.”

Though the criteria may have changed, the process remains incredibly secretive. CNN has learned the decision for who gets to go to the moon will be made by three key people at NASA’s Johnson Space Center in Houston, where every US astronaut has lived and trained since 1961.

The first person in the decision process is the chief astronaut, a role currently filled on an acting basis by Wiseman’s deputy, Drew Feustel. Sources told CNN that the chief, whether it’s Feustel or someone else, will take their initial recommendations to the head of the Flight Operations Directorate, Norm Knight, and then on to the director of Johnson Space Center, Vanessa Wyche, who is responsible for signing off on the final four selections.

Cracking the code on how that decision is made is as complex as spaceflight itself.

“To this day, it’s a dark area,” former NASA astronaut Mike Mullane told CNN. “It’s terra incognita (unknown territory). Nobody knows! At least not in our era they didn’t.”

What is known is that NASA Administrator Bill Nelson, a former Democratic senator from Florida, will have no role in the process, something he confirmed for the first time to CNN earlier in January when he said that the space agency’s Washington leadership will “stay out of the selection” of the Artemis II crew.

“That is done by the people at the Johnson Space Center. They will make the decision,” Nelson told CNN. “I do not know if they’ve decided who the crew is, nor should I.”

The only thing set in stone is that the Artemis II crew will consist of three American astronauts and one Canadian, terms that were cemented in a 2020 treaty between the two countries. From the beginning, NASA has also emphasized the need for a program named after Apollo’s twin sister in Greek mythology, Artemis, to have a crew with a heavy mix of gender, racial and professional diversity.

NASA has a far more diverse pool of astronauts to choose from now than during the Mercury program, when all seven astronauts were White, male, military test pilots. More than a third of the Artemis generation’s 41 astronauts are women and 12 are people of color.

The Artemis generation of astronauts is also professionally diverse, with only 16 pilots in its ranks. The rest are “mission specialists” with expertise in biology, geography, oceanography, engineering and medicine.

Nearly a dozen current and former NASA officials and astronauts told CNN they anticipated multiple test pilots being named to the crew of Artemis II, since the mission marks the first crewed test flight to the moon since the Apollo program.

“Just having the courage to go in there and be the first ones and be cool about it, that does take a certain amount of skill and experience and maturity,” said Reisman, the former astronaut. “We’re going beyond Low Earth Orbit for the first time in a very long time, on only the second flight of this vehicle.”

If Wiseman, a White man, is selected, that means the other spots will almost certainly need to go to at least one woman and at least one person of color.

People familiar with the process tell CNN that along with Wiseman, there are a handful of other candidates atop the list. Among them is Victor Glover, a 46-year-old naval aviator who returned to Earth from his first spaceflight in 2021 after piloting the second crewed flight of SpaceX’s Crew Dragon spacecraft and spending nearly six months aboard the International Space Station. The veteran of four spacewalks earned a master’s in engineering while moonlighting as a test pilot.

Randy Bresnik, 55, is also a decorated naval aviator and test pilot who flew combat missions in support of Operation Iraqi Freedom. He has flown two missions to the International Space Station: one on the Space Shuttle, another on a Russian Soyuz spacecraft. Bresnik is often mentioned as a top contender for Artemis because, since 2018, he has overseen the astronaut office’s development and testing of all rockets and spacecrafts that will be used in the Artemis missions.

There are four women who people familiar with the process tell CNN are atop the list of likely candidates. Among them are Christina Koch and Jessica Meir, both of whom made history in 2019 when together they performed the first all-female spacewalk.

The 43-year-old Koch, a veteran of six spacewalks, also holds the record for the longest single spaceflight by a woman, with a total of 328 days in space. Koch, an electrical engineer, and Meir, a 45-year-old biologist, were both selected as mission specialists in NASA’s 2013 astronaut class after stints at remote scientific bases in polar regions. That experience of surviving in hostile climates and uncomfortable environments is critical for a crew who will be cramped inside a 17-foot-wide (5-meter-wide), gumdrop-shaped capsule for roughly 10 days.

“We pride ourselves on expeditionary behavior: being a good teammate, emptying the trash can when it’s full, cleaning out the dishwasher when your parents ask you. Those sorts of things,” Wiseman said in August. “That’s really what we’re looking for in those first Artemis missions. Technical expertise. Team player.”

Anne McClain is a decorated army pilot and West Point graduate who flew more than 200 combat missions in support of Operation Iraqi Freedom and went on to graduate from the US Naval Test Pilot School in 2013, the same year she was selected to be a NASA astronaut. After launching on a Russian Soyuz spacecraft in 2018, the 43-year-old spent more than 200 days in space at the International Space Station and served as lead spacewalker on two spacewalks.

Stephanie Wilson is the most senior astronaut on this list. The 56-year-old was selected to be an astronaut more than a quarter century ago in the class of 1996. Wilson served as a mission specialist on three Space Shuttle flights, including the first flight after the 2003 Columbia disaster, which killed seven astronauts.

The final seat on the Artemis II crew will be filled by a Canadian, and Jeremy Hansen is the most buzzed about astronaut with the Canadian Space Agency. Hansen was selected to be an astronaut almost 14 years ago, but he’s still waiting for his first flight assignment. The 47-year-old fighter pilot recently became the first Canadian to be put in charge of training for a new class of NASA astronauts.

All eight astronauts on CNN’s list of top contenders are highly qualified overachievers in the prime of their careers. But sometimes the deciding factor can come down to something frustratingly small.

“The problem is it can be influenced by trivial things, like what size spacesuit you wear. If there is only a medium and a large and you need the extra-large, you’re screwed. You’re not going to get assigned to the mission,” said Reisman, the former astronaut and veteran of three spacewalks. “It can be crazy, little things that dictate how it all comes out and it’s not always the most equitable or transparent process.”

Typically, NASA also strives for a professionally diverse crew with a healthy blend of rookies and veterans, aiming for a mix of military pilots and citizen scientists — doctors, engineers, astrophysicists, biologists and geologists — with a range of strengths.

“Not all astronauts are created equal when it comes to how good they do the job. Not all astronauts are equally as good at doing spacewalks. Not all astronauts are equally as good at doing robotics,” Reisman said. “The standard line is, if you’re qualified, you’re qualified. If you pass the test, then it shouldn’t matter. But when you have really tricky missions, it does matter, and you do want to put your best team forward.”

That is especially true for the crew of Artemis II, which will be riding on a rocket that’s only had one successful test flight.

As secretive as the crew selection process is for Artemis, it used to be even more confusing. That was especially true during the early days of the Space Shuttle program when, for the first and only time in NASA’s history, a non-astronaut had near total control over who flied and who stayed behind on Earth: George Abbey.

“George didn’t operate by committee any more than Josef Stalin had. His was the only voice that counted,” wrote Mullane, the retired astronaut, in his memoir, “Riding Rockets,” about the former director of the Johnson Space Center. “Everything about the most important aspect of our career — flight assignments — was as unknown to us as the dark matter of space was to astrophysicists.”

By the time former NASA astronaut Scott Kelly, who famously spent a year in space, was selected in 1996, the power had shifted back to the chief astronaut. Kelly described the flight assignment process as still “shrouded in mystery,” though he did recall a push toward more transparency by then-Chief of the Astronaut Office Bob Cabana, the current associate administrator of NASA.

“Bob put a big board in his office. He had all the shuttle flights lined up and certain people’s names would be penciled in next to them,” Kelly said. “Reid (Wiseman) did something similar. He was more of an open book. He would tell people what he was thinking.”

Now, Wiseman is on the other side, waiting along with every other active astronaut for the announcement of a lifetime, which the NASA administrator said would come “later in the spring.”

For those who don’t make the cut, Artemis is far from the only game in town. NASA astronauts are currently training and flying to the International Space Station for long-duration spaceflights on the SpaceX Crew Dragon and Russia’s Soyuz spacecraft. A third option, Boeing’s Starliner, is slated to fly astronauts for the first time this spring. The expectation is that every active astronaut will eventually be assigned to a flight. But only eight will get to fly to the moon on either Artemis II or Artemis III.

“This is a special and unique opportunity and, frankly, I’m going to be super jealous of whoever they pick,” Reisman said.

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Nasa to test nuclear rockets that could fly astronauts to Mars in record time | Mars

Nasa has unveiled plans to test nuclear-powered rockets that would fly astronauts to Mars in ultra-fast time.

The agency has partnered with the US government’s Defense Advanced Research Projects Agency (Darpa) to demonstrate a nuclear thermal rocket engine in space as soon as 2027, it announced on Tuesday.

The project is intended to develop a pioneering propulsion system for space travel far different from the chemical systems prevalent since the modern era of rocketry dawned almost a century ago.

“Using a nuclear thermal rocket allows for faster transit time, reducing risk for astronauts,” Nasa said in a press release.

“Reducing transit time is a key component for human missions to Mars, as longer trips require more supplies and more robust systems.”

An additional benefit would be increased science payload capacity, and higher power for instrumentation and communication, according to the agency.

Nasa, which successfully tested its new-era Artemis spacecraft last year as a springboard back to the moon and on to Mars, has hopes of landing humans on the red planet some time in the 2030s as part of its Moon to Mars program.

Using current technology, Nasa says, the 300m-mile journey to Mars would take about seven months. Engineers do not yet know how much time could be shaved off using nuclear technology, but Bill Nelson, the Nasa administrator, said it would allow spacecraft, and humans, to travel in deep space at record speed.

“With the help of this new technology, astronauts could journey to and from deep space faster than ever – a major capability to prepare for crewed missions to Mars,” Nelson said.

Nuclear electric propulsion systems use propellants much more efficiently than chemical rockets but provide a low amount of thrust, the agency says.

A reactor generates electricity that positively charges gas propellants like xenon or krypton, pushing the ions out through a thruster, which drives the spacecraft forward.

Using low thrust efficiently, nuclear electric propulsion systems accelerate spacecraft for extended periods and can propel a Mars mission for a fraction of the propellant of high-thrust systems.

In a statement, Darpa’s director, Dr Stefanie Tompkins, said the agreement was an extension of existing collaboration between the agencies.

“Darpa and Nasa have a long history of fruitful collaboration in advancing technologies for our respective goals, from the Saturn V rocket that took humans to the moon for the first time to robotic servicing and refueling of satellites,” she said.

“The space domain is critical to modern commerce, scientific discovery and national security. The ability to accomplish leap-ahead advances in space technology… will be essential for more efficiently and quickly transporting material to the moon and, eventually, people to Mars.”

Nasa’s Artemis 2 mission, which will send humans around the moon for the first time in more than half a century, is scheduled for 2024. The subsequent Artemis 3 mission, which could come the following year, will land astronauts, including the first woman, on the moon’s surface for the first time since 1972.

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3 astronauts may stay on space station for a full year after Soyuz leak

Three astronauts are apparently going to be away from their home planet for twice as long as originally planned.

NASA’s Frank Rubio and cosmonauts Sergey Prokopyev and Dmitry Petelin launched toward the International Space Station (ISS) aboard a Russian Soyuz spacecraft on Sept. 21, 2022. 

The trio was supposed to come home in March on that same Soyuz. But the vehicle, known as MS-22, lost all of its coolant after an apparent micrometeoroid strike last month, rendering it unfit to carry astronauts except in the event of an emergency. So Russia’s federal space agency Roscosmos has decided to launch an uncrewed Soyuz to the orbiting lab on Feb. 20 to bring Rubio, Prokopyev and Petelin back to Earth.

Related: Hole in leaky Soyuz spacecraft not caused by Geminid meteor

However, that next Soyuz will stay docked at the ISS until its successor — a vehicle that will carry crew — is ready to go. That will likely be a while, so Rubio, Prokopyev and Petelin are getting a hefty mission extension.

“The plan is for Frank and Dimitri and Sergey to stay on board for several more months until they come home, probably [in] late September,” Dina Contella, NASA’s ISS operations integration manager, said during a press conference on Tuesday (Jan. 17). 

“We’re looking at the exact timing of that, but at this point, that would be when the vehicle would be planned to come home,” she said.

If “late September” means sometime after Sept. 21, then the MS-22 crew will end up staying aloft for a full year — something no NASA astronaut has ever done, as Ars Technica’s Eric Berger noted recently (opens in new tab).

A few have come close. For example, Mark Vande Hei lived aboard the station for 355 days between April 2021 and April 2022. Scott Kelly and cosmonaut Mikhail Kornienko logged 340 days in space between March 2015 and March 2016, and Christina Koch was away from Earth for almost 329 days, from April 2019 to February 2020.

Of these missions, only that of Kelly and Kornienko was supposed to last so long. Their highly publicized “year in space” was designed to gather data about the effects of long-duration spaceflight on the human body, to aid planning for future crewed missions to Mars.

Vande Hei and Koch lived aboard the ISS longer than planned due to scheduling issues. Vande Hei’s extension, for example, was necessitated by Russia’s decision to launch filmmakers on the next Soyuz in line rather than a replacement astronaut crew.

But NASA biomedical personnel and mission planners are doubtless using the extra data generated during those unexpectedly long past flights — and they’ll probably study Rubio, Prokopyev and Petelin with the same outlook and intensity.

Cosmonauts have lived off Earth for a full year continuously, by the way. Valery Polyakov holds the duration record for a single spaceflight, racking up 437 consecutive days (opens in new tab) aboard Russia’s old Mir space station in 1994 and 1995.

Mike Wall is the author of “Out There (opens in new tab)” (Grand Central Publishing, 2018; illustrated by Karl Tate), a book about the search for alien life. Follow him on Twitter @michaeldwall (opens in new tab). Follow us on Twitter @Spacedotcom (opens in new tab) or on Facebook (opens in new tab).  



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NASA’s Lunar Gateway space station will be so tiny that astronauts won’t be able to stand

Orbiting at 250 miles above the Earth, the International Space Station (ISS) has been integral to a bucket load of research over the past 25 years.

Surrounded by a dizzying number of controls and experiments, occupants get some shut eye in sleeping bags attached to walls that couldn’t be further from luxury if you tried.

But compared to the upcoming Lunar Gateway space station, which will orbit the moon when it is built later this decade, the ISS is decidedly roomy.

That is according to one of the architects behind the design of Gateway, who said the living quarters will be so small that astronauts won’t be able to stand upright inside them.

Cramped: One of the architects behind the design of the new Lunar Gateway space station says the living quarters will be so small that astronauts won’t be able to stand upright inside them. René Waclavicek said they would total about 280 cubic feet (8 cubic metres), making it smaller than not only the International Space Station but even the average UK living room

LUNAR GATEWAY: THE KEY FACTS

Mass: 40 tonnes

Orbit: Near rectilinear halo

Modules:

– Power and Propulsion Element

– Communications module and connecting module (ESPRIT)

– Science and airlock module 

– Habitat with robotic arm

– Logistics module

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René Waclavicek, a space architect and design researcher at Austria-based LIQUIFER Space Systems, said the Lunar Gateway living quarters would total about 280 cubic feet (8 cubic metres), making it smaller than not only the ISS but even the average UK living room.

When Gateway is finished it will be about one sixth of the size of the ISS and feature two habitation modules that will force crew members to exist in very close proximity to each other. 

The space lab’s quarters will be 6ft wide, 6ft long and 6ft high, compared to a 7.2 x 7.2ft interior on the ISS that even allows astronauts to perform space gymnastics routines.

The average UK living room is around 55 cubic feet (17 metres), or 7.5 x 7.5ft.

‘The International Habitation module will have habitable space of about 8 cubic meters [280 cubic feet] and you will have to share it with three others,’ Waclavicek said at the Czech Space Week conference in Brno last November. 

‘In other words, that would be a room 2 by 2 by 2 meters [6.6 by 6.6 by 6.6 feet]. And you are locked in there. 

‘There are other rooms but they are not bigger and there are not many of them.’

When Gateway is finished it will be about one sixth of the size of the ISS and feature two habitation modules that will force crew members to exist in very close proximity to each other 

Who is involved: How Gateway will look and the space organisations involved in building it

That is according to one of the architects behind the design of Gateway, who said the living quarters will be so small that astronauts won’t be able to stand upright inside them 

NASA has said the orbiting laboratory will provide astronauts with a ‘home away from home’ during trips to the moon, and a staging post for lunar landings

WHAT IS THE LUNAR GATEWAY? 

The NASA-led Lunar Gateway is part of a long-term project to send humans to Mars.

The crew-tended spaceport will orbit the moon and serve as a ‘gateway to deep space and the lunar surface,’ the US space agency has said.

The first modules of the station could be completed as soon as 2024.

An international base for lunar exploration for humans and robots and a stopover for spacecraft is a leading contender to succeed the $100 billion International Space Station (ISS), the world’s largest space project to date.

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NASA has said the orbiting laboratory will provide astronauts with a ‘home away from home’ during trips to the moon, and a staging post for lunar landings.

The lab will have a four person capacity and will see the US space agency work with some existing ISS partners including Europe, Japan and Canada.

Waclavicek has been involved in the design phase of the European-built International Habitation module, or I-Hab.

It is made up of bedrooms and lab space and is one of Gateway’s two habitable areas, along with the Habitation and Logistics Outpost, or HALO, being developed by US company Northrop Grumman.

Waclavicek said designers initially wanted to make larger modules than the ones on the ISS, with more living space associated with them, but this vision had to be scrapped because it was deemed impossible to launch something as big to the moon.

‘We started off in the first phase with a cylinder with outer dimensions similar to what we know from the ISS,’ Waclavicek said.

‘That’s about 4.5 m [15 feet] in diameter and 6 m [20 feet] long. But due to mass restrictions, we had to shrink it down to 3 m [10 feet] in outer dimensions. 

‘And that left us with an interior cross section of only 1.2 m by 1.2 m [4 feet by 4 feet]. 

‘Most of the internal volume is consumed by machinery, so it’s essentially just a corridor, where you have to turn 90 degrees if you want to stretch out.’

He added: ‘[The I-Hab] really is just a cylinder with a hatch on each end and two hatches at the sides and a corridor going through the length axis. 

‘Even if you want to pass one another, it’s already quite difficult, you have to interrupt whatever you are doing in the moment to let the other fellow pass by you.’

Waclavicek has been involved in the design phase of the European-built International Habitation module, or I-Hab

The space lab’s quarters will be 6ft wide, 6ft long and 6ft high, compared to 7.2 x 7.2ft on the ISS 

 ‘The International Habitation module will have habitable space of about 8 cubic meters [280 cubic feet] and you will have to share it with three others,’ space architect René Waclavicek said

Lunar Gateway forms a core part of the Artemis missions, the first of which was successfully completed at the end of last year.

It is hoped that Artemis III, scheduled to launch in 2025, will see NASA put the first woman and next man on the moon.

The US space agency wants to use its massive Space Launch System rocket to blast four astronauts into orbit onboard an Orion crew capsule, which will then dock with Gateway if it is ready.

A separate craft based on Elon Musk’s Starship design, docked with the Gateway, will be there waiting to receive two crew members for the final leg of the journey to the surface of the moon.

The astronauts would spend a week on the moon before boarding Starship to return to lunar orbit, then take Orion back to Earth. 

Musk’s company SpaceX is also due to launch the foundational elements of the Gateway to lunar orbit, including the Power and Propulsion Element (PPE) and the HALO.

Plans: When Gateway is finished it will be about one sixth of the size of the ISS and feature two habitation modules that will force crew members to exist in very close proximity to each other

Although Gateway won’t have a massive viewing window like on the ISS, it will have smaller ones in the fuelling module ESPIRIT.

The reason it can’t have a big one is again because of the technical issues associated with it — ‘glass is very heavy so a window is the first thing that gets canceled’, Waclawicek said.

The team has now begun building a real-size mockup for testing human interaction with the habitat environment.

I-Hab’s journey to the moon is not expected before 2027, although the American HALO module could be launched as early as 2024.

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EXPLAINED: THE $100 BILLION INTERNATIONAL SPACE STATION SITS 250 MILES ABOVE THE EARTH

The International Space Station (ISS) is a $100 billion (£80 billion) science and engineering laboratory that orbits 250 miles (400 km) above Earth.

It has been permanently staffed by rotating crews of astronauts and cosmonauts since November 2000. 

Crews have come mainly from the US and Russia, but the Japanese space agency JAXA and European space agency ESA have also sent astronauts. 

The International Space Station has been continuously occupied for more than 20 years and has been expended with multiple new modules added and upgrades to systems 

Research conducted aboard the ISS often requires one or more of the unusual conditions present in low Earth orbit, such as low-gravity or oxygen.

ISS studies have investigated human research, space medicine, life sciences, physical sciences, astronomy and meteorology.

The US space agency, NASA, spends about $3 billion (£2.4 billion) a year on the space station program, with the remaining funding coming from international partners, including Europe, Russia and Japan.

So far 244 individuals from 19 countries have visited the station, and among them eight private citizens who spent up to $50 million for their visit.

There is an ongoing debate about the future of the station beyond 2025, when it is thought some of the original structure will reach ‘end of life’.

Russia, a major partner in the station, plans to launch its own orbital platform around then, with Axiom Space, a private firm, planning to send its own modules for purely commercial use to the station at the same time. 

NASA, ESA, JAXA and the Canadian Space Agency (CSA) are working together to build a space station in orbit around the moon, and Russia and China are working on a similar project, that would also include a base on the surface. 

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Russia is Launching Mission to Rescue Astronauts From the ISS

Three astronauts and cosmonauts need rescuing from the ISS.
Photo: ASSOCIATED PRESS (AP)

Last year, there was some drama aboard the International Space Station as Russian cosmonauts were forced to abandon a spacewalk after a leak was found in a Soyuz capsule connected to the ISS. The leak, it transpired, was caused by a tiny meteoroid that hit the crew’s return ship and put the craft out of action, leaving three crew members stranded aboard, in need of rescue.

The leak aboard Soyuz capsule MS-22, which astronauts use for their return trip to Earth, was discovered in early December. It resulted in an increased cabin temperature and experts deemed the capsule “unfit” to use. With no return craft, a rescue flight is finally being planned to bring the space travelers home.

If you’re anything like me, Aerosmith is probably playing in your head as you imagine NASA assembling a team of the brightest and best to launch two rockets into space simultaneously to save the world and bring these brave heroes home.

The Soyuz capsule was struck by a meteor and sprung a leak.
Photo: ASSOCIATED PRESS (AP)

Sadly, that isn’t quite what’s happening. Instead, The Guardian reports that Russia will launch a craft into space next month to rescue the stricken astronauts from the ISS. The Guardian reports:

“After deliberations, Roscosmos said it has decided to bring forward a planned March launch of the Soyuz MS-23 to 20 February so it can be used to transport the Russian cosmonauts Sergey Prokopyev and Dmitry Petelin and the US astronaut Francisco Rubio back to Earth.

“If a ‘particularly critical’ situation arose on the ISS in the weeks before then, Roscosmos said, the possibility of using the damaged Soyuz MS-22 to rescue the crew would be considered.”

Prokopyev, Petelin and Rubio are part of a seven-strong crew onboard the ISS. The four other team members will be brought back to Earth on a Space X capsule currently docked with the station. Once the Space X craft leaves the ISS, this will free up the second of two docking stations on the space base. Then, Roscosmos will be able to fly a spare Soyuz craft up to the ISS to dock with the station and bring the crew members home.

Right – left: Frank Rubio, Sergey Prokopyev and Dmitri Petelin.
Photo: ASSOCIATED PRESS (AP)

The rescue flight, Soyuz MS-23, was originally scheduled to fly a new crew up to the ISS. But, the flight will be empty when it launches into orbit on its rescue mission. Once it docks with the space station, the damaged MS-22 craft will return to Earth empty.

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US and Russian astronauts stuck waiting in space after spacecraft suffered damage

BREVARD, Fla. — NASA astronaut Frank Rubio and Russian cosmonauts Sergey Prokopyev and Dmitri Petelin are faced with extending their stay aboard the International Space Station by several months and will require a new ride home after their Russian MS-22 Soyuz spacecraft sprang a leak last month.

The trio was supposed to use that spacecraft to return to Earth in March. Wednesday, NASA and Russian space officials unveiled a plan to launch an empty Soyuz capsule to the ISS to ferry them back instead. That means the three men will spend several more months at the ISS.

During a briefing with reporters, NASA’s Joel Montalbano, manager of the International Space Station program, said that NASA is not considering the move-up in the MS-23 Soyuz launch a rescue mission. “We’re not calling it a rescue Soyuz,” said Montalbano. “Right now, the crew is safe onboard the space station.”

“I’m calling it a replacement Soyuz,” he said. “There’s no immediate need for the crew to come home today.”

Extended space stay

Initially set to fly the next rotation of Russian cosmonauts to the station in mid-March, the MS-23 Soyuz spacecraft is now being repurposed to launch as an empty lifeboat to ferry the MS-22 crew home later this year. The empty spacecraft is set to launch from Baikonur Cosmodrome in Kazakhstan on Feb. 20.

Flying the MS-23 crew up as previously planned would have left the ISS in the same situation, with more people on board than available seats on functioning spacecraft to evacuate back to Earth in the unlikely event of a catastrophe.

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That means that Rubio, Prokopyev, and Petelin will need to extend their space stay until September or until Roscosmos can build another Soyuz spacecraft to launch its next rotation of crew members, which are now stuck grounded for longer than anticipated.

According to Montalbano, the space station remains safe, and the crew members are healthy enough to remain in space while this plan plays out.

“They’re prepared to stay until the September launch date, if that’s the case,” said Montalbano. “If that launch date moves up earlier, then they’re prepared to come home earlier.”

Jokingly, he said: “I may have to find some more ice cream to reward them.”

“The awesome thing about our crews are they’re willing to help wherever we ask,” he said. “They are ready to go with whatever decision that we give them.”

Expedition 68 crew members Dmitri Petelin of Roscosmos, top, Frank Rubio of NASA, and Sergey Prokopyev of Roscosmos, bottom, wave farewell prior to boarding the Soyuz MS-22 spacecraft for launch, Wednesday, Sept. 21, 2022, at the Baikonur Cosmodrome in Kazakhstan.

A Russian space leak

The MS-22 Russian Soyuz spacecraft that transported Rubio, Prokopyev, and Petelin to the station back in September sprang a leak on Dec. 14. Coolant from an external coolant loop and radiator on the spacecraft spewed into space for hours just as Prokopyev and Petelin were preparing to conduct a spacewalk. Out of an abundance of caution to prevent any exposure to the leaking substance, the spacewalk was canceled.

On Dec. 18, NASA used the station’s robotic arm, Canadarm2, to provide images and conduct an additional external inspection of the damaged spacecraft.

After a joint investigation conducted by NASA and Roscosmos, the space agencies are confident that the damage was caused by a micrometeoroid impact that resulted in a hole of about one millimeter in diameter in the coolant loop.

While it was determined that the leak posed no immediate threat to the station or crew, it left the MS-22 Soyuz spacecraft incapable of returning the trio of astronauts home safely.

The damaged coolant loop meant that the temperature and humidity inside the cabin of the Soyuz spacecraft could skyrocket, making for a very uncomfortable and claustrophobic return trip home, typically taking about six hours to complete.

The Russian Soyuz MS-22 crew ship is pictured on Oct. 8, 2022, in the foreground docked to the Rassvet module as the International Space Station orbited 264 miles above Europe.

The path forward

Instead of returning crew as expected, roughly two weeks after the replacement MS-23 Soyuz docks at the station, the damaged MS-22 spacecraft will be outfitted as a cargo transport ship. NASA and Roscosmos intend to collect data about the conditions inside the cabin as the spacecraft makes its trip back for a landing in Kazakhstan in mid-to-late March.

“On the returning Soyuz, we’ll be taking some temperature measurements to measure how the vehicle does in this scenario such that if we ever had a need in the future, we have some additional data,” said Montalbano. “We’re going to fully use this vehicle all the way till it lands back on Earth.”

Also speaking to reporters on Wednesday, Sergei Krikalev, Roscosmos director of human space flight, said, “At this point, we have calculations and thermal scenarios, but we want to prove this calculation with the result (in) real-time.”

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Going forward, this will most likely impact the busy schedule of crew and cargo missions to the station for the rest of this year. How it impacts specific mission launch dates, such as NASA’s next crewed mission, SpaceX’s Crew-6, which was to launch from Kennedy Space Center in mid-February, has yet to be fully determined.

“We’re going to take the next couple of weeks to kind of lay out the plan,” said Montalbano. The shift is expected to impact at least four crewed missions and two cargo resupply missions to the station through at least September.

“Laying everything out is what we’re going to plan now. We just need a couple more weeks to lay all that out,” Montalbano said.

This article originally appeared on USA TODAY NETWORK: Astronaut crew needs new Russian spacecraft to come home after damage

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NASA asks SpaceX whether it could return 3 astronauts from the ISS in the event of an emergency following a coolant leak in the Russian spacecraft

NASA says it has approached Elon Musk’s SpaceX about a potential emergency mission to bring back crew from the ISS.Paul Hennessy/SOPA Images/LightRocket via Getty Images

  • NASA has considered SpaceX for a backup plan to return the ISS crew to Earth amid the Soyuz leak.

  • NASA and Russia’s space agency are investigating the leak, which began in December.

  • Two cosmonauts and one astronaut were scheduled to return home in March in the Soyuz capsule.

NASA has reached out to Elon Musk’s SpaceX to see whether it was capable of returning three crew members from the International Space Station (ISS) after a docked Russian spacecraft leaked coolant.

The American space agency said in a blog post on Friday it had asked about whether SpaceX’s Dragon spacecraft had the capability to facilitate the return in the event that an emergency arose.

The primary focus was on understanding the post-leak capabilities of the Soyuz MS-22 spacecraft, the agency added.

The Soyuz capsule was due to return the three crew members in March after flying them to the ISS on September 21 for a six-month mission, per NASA. The crew consists of two cosmonauts, Sergey Prokopyev and Dmitry Petelin, and one American astronaut, Frank Rubio.

NASA and Russia’s space agency Roscosmos were working together to investigate the leak and determine the next steps, per the agency.

“We have asked SpaceX a few questions on their capability to return additional crew members on Dragon if necessary, but that is not our prime focus at this time,” a NASA spokeswoman said in a statement to Reuters on December 28.

NASA and SpaceX didn’t immediately respond to Insider’s request for comment.

The external leak was first detected in the Soyuz capsule when two Roscosmos cosmonauts were preparing to go on a spacewalk, NASA said on December 14.

Footage shared by NASA in December showed the leak, which resembled white particles, spraying out of the Soyuz spacecraft, which is docked to the ISS.

Roscosmos said on December 22 that it was considering a “rescue” mission to ferry the crew members back to Earth earlier than expected, Reuters reported. This would involve flying an empty spacecraft to the ISS to pick them up, per the report.

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SpaceX Could Help Bring Back Astronauts Stranded on ISS

A stream of particles shot out of the Soyuz spacecraft while it was attached to the ISS.
Screenshot: NASA

NASA may turn to its commercial partner SpaceX to transport three astronauts back to Earth after a Russian Soyuz spacecraft suffered a coolant leak in mid-December.

In a blog post published on Friday, NASA said that it “reached out to SpaceX about its capability to return additional crew members aboard Dragon if needed in an emergency.” At the moment, NASA is investigating whether or not the Soyuz spacecraft would still be capable of carrying astronauts on the trip back from the International Space Station, the space agency added.

The Soyuz spacecraft transported NASA astronaut Frank Rubio and Roscosmos cosmonauts Sergey Prokopyev and Dmitri Petelin to the ISS in September 2022. On December 14, the spacecraft began leaking coolant into low Earth orbit while attached to the ISS. The coolant leak lasted for three hours and was captured on a livestream by NASA TV. The astronauts on board the space station were not harmed, but the fate of the three astronauts that were meant to use the Soyuz spacecraft to return to Earth remains up in the air.

“NASA and Roscosmos are continuing to conduct a variety of engineering reviews and are consulting with other international partners about methods for safely bringing the Soyuz crew home for both normal and contingency scenarios,” NASA wrote in the blog post. The two space agencies are expected to make a final decision regarding the viability of the spacecraft this month.

Roscosmos was hoping to make a decision by December 27, but the space agency announced that it needed more time to evaluate the flight capabilities of the Soyuz spacecraft. The exact reason behind the leak has not been announced, although it may have been caused by a micrometeorite or a tiny piece of space junk that left an 0.8-millimeter-wide hole in the Soyuz MS-22 spacecraft.

Rubio was the first NASA astronaut to fly aboard a Russian Soyuz rocket since April 2021, the result of a recent seat-swap agreement between the two space agencies. The arrangement stipulated that a U.S. astronaut would ride aboard a Soyuz capsule in exchange for a Russian cosmonaut boarding a SpaceX Crew Dragon for the very first time. Should the Soyuz spacecraft be deemed unusable for a crew return, NASA may call on SpaceX to send a Crew Dragon to pick up the three astronauts from the ISS and bring them back to Earth. The astronauts are scheduled to return in the spring after having spent six months on board the ISS.

More: Russian Cosmonaut Forced to Abandon Spacewalk Due to Spacesuit Power Malfunction

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