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SpaceX launches international crew of astronauts on space station mission

SpaceX launches international crew of astronauts on space station mission
On time launch for 10987654321 engines, full power and lift off through six. Go Dragon Go Pal. Now launching on *** flight to the international space station vehicle pitching down Rage, £1.7 million of thrust provided by the nine merlin one D engines on the first stage hearing good call stage one propulsion is nominal. We're now at T plus 34 seconds into the sixth rotational crew mission on board Dragon and Falcon nine power and normal stage one tunnel. So there we have heard the call out indicating that the first stage engines will begin to throttle down in preparation for maX Q, which is the moment of maximum aerodynamic pressure that the vehicle will experience during flight. Vehicle is supersonic. I call out there indicating vehicles traveling faster than the speed of sound max, cute Stage one Throttle In. Alright, now that we're past Max Q1 Bravo copy one bravo, that one bravo indicator are different. Abort modes that are called that allow the ground teams and the crew to track about the position of the Falcon nine and Dragon as they make their way up the eastern seaboard. In the event of an abort, these different abort modes would indicate about the position where dragon as well as indicate what series of maneuvers dragon would indicate. But so far we're hearing good calls on the performance of the Falcon nine on his right uphill, one minute, 53 seconds into flight. We're about 30 seconds away from main engine cut off, which will be followed quickly by stage separation and second engine start which is the ignition of that and back engine on the second stage Now about 10 seconds away from managing cut off. Here we go, separation confirmed there. You can see on your screen confirmation of stage separation as well as ignition of that second stage engine. Second stage is now carrying the crew six astronauts to orbit. Beautiful view there on the left hand side of your screen coming from the first stage which as you can see is still gaining an altitude. It has not yet reached its apogee. *** beautiful view of these florida space coast there in the background. Meanwhile, we're tracking good performance on that M Vac engine on the screen to your right, we'll be hearing periodic performance calls about once every minute of the status of the trajectory of the second stage and the crew six astronauts that are inside Crew Dragon endeavor will also be hearing just like you heard just there as we pass over the various ground stations along the ascent track. Dragon SpaceX nominal trajectory there's that performance call out as for the first stage there on the left hand side of your screen that that first stage still gaining an altitude although um that gain is slowing down um it will be making its way back down to Earth landing attempting *** landing on our drone ship. Just read the instructions which is located off the florida coast by *** couple 100 miles The m back engine on stage two burns for six minutes after second stage ignition, we'll continue to see this engine burn until about 8.5 minutes into today's flight, Dragon SpaceX, nominal trajectory, dragon novel trajectory. Again, these performance calls happen once *** minute Flight teams continuing to track the Falcon nine and its ascent. Everything's looking good so far. You'll also continue to hear those check ins of the ground stations as we passed them. At this point in time, we're roughly two minutes away from the next major event, which will be the entry burn for the first stage. We will relight three engines, three M one D engines on that first stage to help slow the vehicle down. Uh, as it reenters the Earth's atmosphere, We're approaching 200 km in altitude, it's about 124 miles Velocity, nominal trajectory trajectory calls about to pass 12,000 km/h. It's about 7500 mph. Everything looking nominal for both 1st and 2nd stages. Now coming up to t plus 6.5 minutes into flight. Mostly what we're hearing now are the performance calls in the second stage about *** minute is when we'll see uh, *** series of events in rapid succession. It's been *** pretty good pace since second stage ignition about less than *** minute from now we'll start to see more action on the first stage. Thanks try and trajectory as Gary mentioned, those call outs occurring about once every minute. Now we're about 20 seconds away from the first stage entry burn. That burn will last about 30 seconds and help slow the vehicle down as it reenters back into the Earth's atmosphere. Stage one Interview in startup and there you can see on your screen that first stage entry burn has begun Booster sees high drag which actually scrubs roughly 70% of the velocity. By the time that the landing burn begins So about another 10 seconds of this entry burn again. Three engines relit the center and two radio engines and conclusion of that entry burn. Meanwhile, good performance on the second stage since second stage ignition. We've been in *** two alpha abort mode. The next abort modes will happen in rapid succession to bravo, two charlie, delta and echo, Each indicating different series of maneuvers in the event of an abort scenario. But as you've been hearing through the periodic checks, we're seeing good trajectory, good performance on the Dragon and Falcon nine, Seiko. Second stage engine cut off would be coming at 8:48 coming up on that event now off the coast of Shannon Ireland. Standing by for Seiko and back shut down Page one Landing Burn and there we heard the call out indicating that landing burn. Dragon SpaceX, we have *** nominal orbit insertion. Great news there for extracting copy is not an escape system disarmed for dragon endeavor attempting to land on our drone ship. Just read the instructions there you can see on your screen and also indicated by the successful landing of this booster its first trip to space and therefore its first landing. An eruption of applause here at SpaceX mission control. And of course, after second stage engine cut off, you heard that call that the crew is in orbit there now in *** coast phase or the second stage remains idle for about three minutes before Dragon separates from the second stage. Meanwhile, you can see that first stage in the legs right on target. We're now getting views from the second stage. You can see this is one of the cameras that's pointing up into the trunk of dragon. Of course we're continuing to get views of the expansion nozzle. At the end of the M back engine, The crew is in orbit Falcon nine has almost done its job. It completed its job with propelling the astronauts through the six minutes of the second stage and of course the more than 2.5 minutes of the first stage continuing in this coast period. We're heading to about the 12 minute mark after launch. So we're approaching 11 minutes right now but it's great to see the crew in orbit. Of course we are waiting for that step separation. You can see this view right here of the M Vac engine, the second stage really in just an idle position, really just coasting. Not many commands being issued from the Falcon nine but of course at the very end will actually issue the command for separating the dragon from the Falcon nine. You'll see *** series, you may see *** series of burns the Draco engines on the service section of the Draco will fire and increase separation distance from the second stage. Once again live view there from the second stage looking up into the trunk which of course is the unpressurized section um that goes along with the dragon capsule to the international space station. That's where we are able to store basically cargo that is able to be exposed to the vacuum of space. So *** great view. They're looking up into the trunk that will be hopefully the first views that we get um of that separation event which we're expecting here any second there you can see on your screen confirmation separation confirmed of that separation confirmed dragon endeavor is now floating free in space. Ce here welcome to orbit, Congratulations. Your flight is exactly four years after the flight of the demo one mission like Andre said all the best things take two tries happy that we could get you off tonight If you enjoyed your ride please don't forget to give us five stars
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Updated: 12:15 AM CST Mar 2, 2023
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SpaceX launches international crew of astronauts on space station mission
CNN logo
Updated: 12:15 AM CST Mar 2, 2023
Editorial Standards
Watch the launch in the video player above. SpaceX and NASA launched a fresh crew of astronauts on a mission to the International Space Station, kicking off a roughly six-month stay in space.The mission — which is carrying two NASA astronauts, a Russian cosmonaut and an astronaut from the United Arab Emirates — took off from NASA's Kennedy Space Center in Cape Canaveral, Florida at 12:34 a.m. ET Thursday.The Crew Dragon, the vehicle carrying the astronauts, will detach from the rocket after reaching orbit, and it's expected to spend about one day maneuvering through space before linking up with the space station. The capsule is slated to dock at 1:17 a.m. ET Friday.Thursday's launch marked the second attempt to get this mission, called Crew-6, off the ground. The first launch attempt was grounded on Monday by what officials said was a clogged filter. Video below: Crew-6 mission launches from Kennedy Space CenterDuring the launch broadcast, officials had reported that ground systems engineers made the decision to call off the launch with less than three minutes on the clock. The engineers said they detected an issue with a substance called triethylaluminum triethylboron, or TEA-TEB, a highly combustible fluid that is used to ignite the Falcon 9 rocket's engines at liftoff.The issue occurred during the "bleed-in" process, which is meant to ensure that each of the Falcon 9 rocket's nine engines will be fed with enough of the TEA-TEB fluid when it's time for ignition. The problem arose as the fluid moved from a holding tank on the ground into a "catch tank," according to NASA."After a thorough review of the data and ground system, NASA and SpaceX determined there was a reduced flow back to the ground TEA-TEB catch tank due to a clogged ground filter," according to an update from NASA posted to its website early Wednesday.The clogged filter explained the aberration engineers had seen on launch day, NASA said."SpaceX teams replaced the filter, purged the TEA-TEB line with nitrogen, and verified the lines are clean and ready for launch," the post stated.All about this launchThis mission marks the seventh astronaut flight SpaceX has carried out on NASA's behalf since 2020, continuing the public-private effort to keep the orbiting laboratory fully staffed.The Crew-6 team on board includes NASA astronauts Stephen Bowen, a veteran of three space shuttle missions, and first-time flyer Warren "Woody" Hoburg, as well as Sultan Alneyadi, who is the second astronaut from the UAE to travel to space, and Russian cosmonaut Andrey Fedyaev.Once Bowen, Hoburg, Fedyaev and Alneyadi are on board the space station, they'll work to take over operations from the SpaceX Crew-5 astronauts who arrived at the space station in October 2022.They're expected to spend up to six months on board the orbiting laboratory, carrying out science experiments and maintaining the two-decade-old station.The mission comes as the astronauts currently on the space station have been grappling with a separate transportation issue. In December, a Russian Soyuz spacecraft that had been used to transport cosmonauts Sergey Prokopyev and Dmitri Petelin and NASA astronaut Frank Rubio to the space station sprang a coolant leak. After the capsule was deemed unsafe to return the astronauts, Russia's space agency, Roscosmos, launched a replacement vehicle on February 23. It arrived at the space station on Saturday.Video below: Starlink satellites light up night sky over MassachusettsWorking with the RussiansRussian cosmonaut Fedyaev joined the Crew-6 team as part of a ride-sharing agreement inked in 2022 between NASA and Roscosmos. The agreement aims to ensure continued access to the space station for both Roscosmos and NASA: Should either the SpaceX Crew Dragon capsule or the Russian Soyuz spacecraft used to transport people there experience difficulties and be taken out of service, its counterpart can handle getting astronauts from both countries to orbit.This flight marks Fedyaev's first mission to space.Despite ongoing geopolitical tensions spurred by its invasion of Ukraine in February 2022, Russia remains the United States' primary partner on the space station. Officials at NASA have repeatedly said the conflict has had no impact on cooperation between the countries' space agencies."Space cooperation has a very long history, and we are setting the example of how people should be living on Earth," Fedyaev said during a January 24 news briefing.Bowen, the 59-year-old NASA astronaut who will serve as Crew-6 mission commander, also weighed in.Video below: Astronauts discuss mission to ISS"I've been working and training with the cosmonauts for over 20 years now, and it's always been amazing," he said during the briefing. "Once you get to space it's just one crew, one vehicle, and we all have the same goal."Bowen grew up in Cohasset, Massachusetts, and studied engineering, obtaining a bachelor's degree in electrical engineering from the United States Naval Academy in 1986 and a master's degree in ocean engineering from the Massachusetts Institute of Technology and Woods Hole Oceanographic Institution Joint Program in 1993.He also completed military submarine training and served in the U.S. Navy before he was selected for the NASA astronaut corps in 2000, becoming the first submarine officer to be chosen by the space agency.He previously completed three missions between 2008 and 2011, during NASA's Space Shuttle Program, logging a total of more than 47 days in space."'I'm just hoping my body retains the memory from 12 years ago so I can enjoy it," Bowen said of the Crew-6 launch.Meet the rest of the Crew-6 teamHoburg, who is serving as pilot for this mission, is a Pittsburgh native who completed a doctorate degree in electrical engineering and computer science at the University of California, Berkeley, before becoming an assistant professor of aeronautics and astronautics at MIT. He joined NASA's astronaut corps in 2017."We're going to be living in space for six months. I think back to six months ago and think — OK, that's a long time," Hoburg told reporters about his expectations for the journey.But, Hoburg added, "I'm deeply looking forward to that first look out the cupola," referring to the well-known area on the space station that features a large window offering panoramic views of Earth.Alneyadi, who served as backup in 2019 for Hazzaa Ali Almansoori, the first astronaut from the UAE to travel to orbit, is now slated to become the first UAE astronaut to complete a long-duration stay in space.In a January news conference, Alneyadi said he planned to bring Middle Eastern food to share with his crewmates while in space. A trained jiujitsu practitioner, he'll also be packing along a kimono, the martial art's traditional uniform."It's hard to believe that this is really happening," Alneyadi said at a news conference after arriving at Kennedy Space Center on Feb. 21. "I can't ask for more of a team. I think we are ready — physically, mentally and technically."Video below: ‘Forbidden planet’ discovered outside our solar systemWhat they'll do in spaceDuring their stint in space, the Crew-6 astronauts will oversee more than 200 science and tech projects, including researching how some substances burn in the microgravity environment and investigating microbial samples that will be collected from the exterior of the space station.The crew will play host to two other key missions that will stop by the space station during their stay. The first is the Boeing Crew Flight Test, which will mark the first astronaut mission under a Boeing-NASA partnership. Slated for April, the flight will carry NASA astronauts Barry Wilmore and Sunita Williams to the space station, marking the last phase of a testing and demonstration program Boeing needs to carry out to certify its Starliner spacecraft for routine astronaut missions.Then, in May, a group of four astronauts are scheduled to arrive on Axiom Mission 2, or AX-2 for short — a privately funded spaceflight to the space station. That initiative, which will deploy a separate SpaceX Crew Dragon capsule, will have as its commander Peggy Whitson, a former NASA astronaut who is now a private astronaut with the Texas-based space company Axiom, which brokered and organized the mission.It will also include three paying customers, similar to Axiom Mission 1, which visited the space station in April 2022, including the first astronauts from Saudi Arabia to visit the orbiting laboratory. Their seats were paid for by the Kingdom of Saudi Arabia.Both the Boeing CFT mission and AX-2 will be major milestones, Bowen said in January."It's another paradigm shift," he said. "Those two events — huge events — in spaceflight happening during our increment, on top of all the other work we get to do, I don't think we're going to fully be able to absorb it until after the fact."

Watch the launch in the video player above.

SpaceX and NASA launched a fresh crew of astronauts on a mission to the International Space Station, kicking off a roughly six-month stay in space.

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The mission — which is carrying two NASA astronauts, a Russian cosmonaut and an astronaut from the United Arab Emirates — took off from NASA's Kennedy Space Center in Cape Canaveral, Florida at 12:34 a.m. ET Thursday.

The Crew Dragon, the vehicle carrying the astronauts, will detach from the rocket after reaching orbit, and it's expected to spend about one day maneuvering through space before linking up with the space station. The capsule is slated to dock at 1:17 a.m. ET Friday.

Thursday's launch marked the second attempt to get this mission, called Crew-6, off the ground. The was grounded on Monday by what officials said was a clogged filter.

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Video below: Crew-6 mission launches from Kennedy Space Center

[mediaosvideo align='' embedId='54b32057-f4e7-4547-8db9-3ada689b41a7' mediaId='37d6f20e-5160-417a-a174-93469344bc9a' size=''][/mediaosvideo]

During the launch broadcast, officials had reported that ground systems engineers made the decision to call off the launch with less than three minutes on the clock. The engineers said they detected an issue with a substance called triethylaluminum triethylboron, or TEA-TEB, a highly combustible fluid that is used to ignite the Falcon 9 rocket's engines at liftoff.

The issue occurred during the "bleed-in" process, which is meant to ensure that each of the Falcon 9 rocket's nine engines will be fed with enough of the TEA-TEB fluid when it's time for ignition. The problem arose as the fluid moved from a holding tank on the ground into a "catch tank," according to NASA.

"After a thorough review of the data and ground system, NASA and SpaceX determined there was a reduced flow back to the ground TEA-TEB catch tank due to a clogged ground filter," according to an update from NASA posted to its early Wednesday.

The clogged filter explained the aberration engineers had seen on launch day, NASA said.

"SpaceX teams replaced the filter, purged the TEA-TEB line with nitrogen, and verified the lines are clean and ready for launch," the post stated.

All about this launch

This mission marks the seventh astronaut flight SpaceX has carried out on NASA's behalf since 2020, continuing the public-private effort to keep the orbiting laboratory .

The Crew-6 team on board includes NASA astronauts Stephen Bowen, a veteran of three space shuttle missions, and first-time flyer Warren "Woody" Hoburg, as well as Sultan Alneyadi, who is the second astronaut from the UAE to travel to space, and Russian cosmonaut Andrey Fedyaev.

Once Bowen, Hoburg, Fedyaev and Alneyadi are on board the space station, they'll work to take over operations from the SpaceX Crew-5 astronauts who arrived at the space station in .

They're expected to spend up to six months on board the orbiting laboratory, carrying out science experiments and maintaining the two-decade-old station.

The mission comes as the astronauts currently on the space station have been grappling with a separate transportation issue. In December, a Russian Soyuz spacecraft that had been used to transport cosmonauts Sergey Prokopyev and Dmitri Petelin and NASA astronaut Frank Rubio to the space station sprang a coolant leak. After the capsule was deemed unsafe to return the astronauts, Russia's space agency, Roscosmos,. It arrived at the space station on Saturday.

[related id='fdcd58fc-281a-42cc-ae0f-fa107d6da68c' align='center'][/related]

Video below: Starlink satellites light up night sky over Massachusetts

[mediaosvideo align='' embedId='fbfa3297-10dd-42a7-bbde-60f44974c34e' mediaId='203321cf-d581-403a-9323-0b3e25d6c823' size=''][/mediaosvideo]

Working with the Russians

Russian cosmonaut Fedyaev joined the Crew-6 team as part of a inked in 2022 between NASA and Roscosmos. The agreement aims to ensure continued access to the space station for both Roscosmos and NASA: Should either the SpaceX Crew Dragon capsule or the Russian Soyuz spacecraft used to transport people there experience difficulties and be taken out of service, its counterpart can handle getting astronauts from both countries to orbit.

This flight marks Fedyaev's first mission to space.

Despite ongoing geopolitical tensions spurred by its invasion of Ukraine in February 2022, Russia remains the United States' primary partner on the space station. Officials at NASA have repeatedly said the conflict has had no impact on cooperation between the countries' space agencies.

"Space cooperation has a very long history, and we are setting the example of how people should be living on Earth," Fedyaev said during a January 24 news briefing.

Bowen, the 59-year-old NASA astronaut who will serve as Crew-6 mission commander, also weighed in.

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Video below: Astronauts discuss mission to ISS

[mediaosvideo align='' embedId='167ccdc0-7a4b-4d86-b3d1-a7c350a69cd2' mediaId='d4aa4aa1-314d-4c4a-929b-0eb1de7f685a' size=''][/mediaosvideo]

"I've been working and training with the cosmonauts for over 20 years now, and it's always been amazing," he said during the briefing. "Once you get to space it's just one crew, one vehicle, and we all have the same goal."

Bowen grew up in Cohasset, Massachusetts, and studied engineering, obtaining a bachelor's degree in electrical engineering from the United States Naval Academy in 1986 and a master's degree in ocean engineering from the Massachusetts Institute of Technology and Woods Hole Oceanographic Institution Joint Program in 1993.

He also completed military submarine training and served in the U.S. Navy before he was selected for the NASA astronaut corps in 2000, becoming the first submarine officer to be chosen by the space agency.

He previously completed three missions between 2008 and 2011, during NASA's Space Shuttle Program, logging a total of more than 47 days in space.

"'I'm just hoping my body retains the memory from 12 years ago so I can enjoy it," Bowen said of the Crew-6 launch.

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Meet the rest of the Crew-6 team

Hoburg, who is serving as pilot for this mission, is a Pittsburgh native who completed a doctorate degree in electrical engineering and computer science at the University of California, Berkeley, before becoming an assistant professor of aeronautics and astronautics at MIT. He joined NASA's astronaut corps in 2017.

"We're going to be living in space for six months. I think back to six months ago and think — OK, that's a long time," Hoburg told reporters about his expectations for the journey.

But, Hoburg added, "I'm deeply looking forward to that first look out the cupola," referring to the well-known area on the space station that features a large window offering panoramic views of Earth.

Alneyadi, who served as backup in 2019 for Hazzaa Ali Almansoori, the first astronaut from the UAE to travel to orbit, is now slated to become the first UAE astronaut to complete a long-duration stay in space.

In a January news conference, Alneyadi said he planned to bring Middle Eastern food to share with his crewmates while in space. A trained jiujitsu practitioner, he'll also be packing along a kimono, the martial art's traditional uniform.

"It's hard to believe that this is really happening," Alneyadi said at a after arriving at Kennedy Space Center on Feb. 21. "I can't ask for more of a team. I think we are ready — physically, mentally and technically."

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Video below: ‘Forbidden planet’ discovered outside our solar system

[mediaosvideo align='' embedId='3401b3f1-026c-4bf4-8e9b-8cc4d098628c' mediaId='9aadff4e-8d21-444e-a039-8936aa81da4d' size=''][/mediaosvideo]

What they'll do in space

During their stint in space, the Crew-6 astronauts will oversee more than 200 science and tech projects, including researching how some substances burn in the microgravity environment and investigating that will be collected from the exterior of the space station.

The crew will play host to two other key missions that will stop by the space station during their stay. The first is the Boeing Crew Flight Test, which will mark the first astronaut mission under a Boeing-NASA partnership. Slated for April, the flight will carry NASA astronauts Barry Wilmore and Sunita Williams to the space station, marking the last phase of a testing and demonstration program Boeing needs to carry out to certify its Starliner spacecraft for routine astronaut missions.

Then, in May, a group of four astronauts are scheduled to arrive on Axiom Mission 2, or AX-2 for short — a privately funded spaceflight to the space station. That initiative, which will deploy a separate SpaceX Crew Dragon capsule, will have as its commander Peggy Whitson, a former NASA astronaut who is now a private astronaut with the Texas-based space company Axiom, which brokered and organized the mission.

It will also include three paying customers, similar to Axiom Mission 1, which visited the space station in April 2022, including the first astronauts from Saudi Arabia to visit the orbiting laboratory. Their seats were paid for by the .

Both the Boeing CFT mission and AX-2 will be major milestones, Bowen said in January.

"It's another paradigm shift," he said. "Those two events — huge events — in spaceflight happening during our increment, on top of all the other work we get to do, I don't think we're going to fully be able to absorb it until after the fact."

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