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Let's walk and talk core stage! The SLS core stage for Artemis Ill will be rolling out to the Pegasus barge tomorrow, April 20, as it prepares to be shipped from NASA’s Michoud Assembly Facility to NASA's Kennedy Space Center. This core stage, along with the twin solid rocket...

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NASA Marshall

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75,887 просмотров • 4 месяцев назад •via X (Twitter)

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One step closer to flight! Teams have successfully rolled out the core stage of the ARCHIVED: NASA_SLS rocket for the #Artemis II mission. The core stage will travel 900 miles from NASA's Michoud Assembly Facility to NASA's Kennedy Space Center, where it will prepare for its next destination: the Moon!
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One step closer to flight! Teams have successfully rolled out the core stage of the ARCHIVED: NASA_SLS rocket for the #Artemis II mission. The core stage will travel 900 miles from NASA's Michoud Assembly Facility to NASA's Kennedy Space Center, where it will prepare for its next destination: the Moon!

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The rocket has left the building. Monday, NASA rolled out the largest section of the New Orleans built rocket that will be used for Artemis III. It will be loaded onto the Pegasus barge at Michoud Assembly Facility for delivery to Kennedy Space Center in Florida. ⁦WWL-TV⁩
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The rocket has left the building. Monday, NASA rolled out the largest section of the New Orleans built rocket that will be used for Artemis III. It will be loaded onto the Pegasus barge at Michoud Assembly Facility for delivery to Kennedy Space Center in Florida. ⁦WWL-TV⁩

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🚀 From Utah to the Moon. The final solid rocket booster segments for NASA's Artemis III mission have left Promontory, Utah, and are on their way to Kennedy Space Center in Florida. Built by Northrop Grumman, the massive boosters will help power the Space Launch System rocket, generating 7.2 million pounds of thrust at liftoff as NASA works toward returning astronauts to the moon. The newly shipped segments will join others already delivered to Florida and will be among the first pieces assembled for the mission.
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🚀 From Utah to the Moon. The final solid rocket booster segments for NASA's Artemis III mission have left Promontory, Utah, and are on their way to Kennedy Space Center in Florida. Built by Northrop Grumman, the massive boosters will help power the Space Launch System rocket, generating 7.2 million pounds of thrust at liftoff as NASA works toward returning astronauts to the moon. The newly shipped segments will join others already delivered to Florida and will be among the first pieces assembled for the mission.

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Two of the four RS-25 engines that will help launch NASA Artemis III have arrived at NASA's Kennedy Space Center. Together, the engines generate over 2 million pounds of thrust at liftoff, powering the SLS rocket for the first 8 minutes of flight. 🔗
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Two of the four RS-25 engines that will help launch NASA Artemis III have arrived at NASA's Kennedy Space Center. Together, the engines generate over 2 million pounds of thrust at liftoff, powering the SLS rocket for the first 8 minutes of flight. 🔗

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38,457 просмотров • 1 месяц назад

A fresh look at SLS 🚀 We used our supercomputers and wind tunnels here at our Silicon Valley center to simulate airflow the Space Launch System rocket will experience during ascent. Notice anything new? Flanking each booster is a strake to improve the rocket’s airflow and stability. For the Artemis II mission, a pair of these strakes will be added to the core stage of SLS to smooth vibrations. Using supercomputers to visualize this addition helps engineers design stronger and more efficient structures. Learn more:
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A fresh look at SLS 🚀 We used our supercomputers and wind tunnels here at our Silicon Valley center to simulate airflow the Space Launch System rocket will experience during ascent. Notice anything new? Flanking each booster is a strake to improve the rocket’s airflow and stability. For the Artemis II mission, a pair of these strakes will be added to the core stage of SLS to smooth vibrations. Using supercomputers to visualize this addition helps engineers design stronger and more efficient structures. Learn more:

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Watch as teams at #NASAMichoud move a liquid oxygen tank for the NASA Artemis III mission. 🏗️ The massive hardware will form part of the SLS rocket's core stage. Seen here from earlier this month, it was positioned into a production cell in preparation for the next phase of assembly. LEARN MORE >>
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Watch as teams at #NASAMichoud move a liquid oxygen tank for the NASA Artemis III mission. 🏗️ The massive hardware will form part of the SLS rocket's core stage. Seen here from earlier this month, it was positioned into a production cell in preparation for the next phase of assembly. LEARN MORE >>

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Getting up close and personal with the core stage ✨ The ARCHIVED: NASA_SLS core stage for NASA Artemis II has been moved into High Bay 2 at the Vehicle Assembly Building. The move allows engineers to have 360-access to the 212-foot-tall core stage as they prepare it for #Artemis II.
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Getting up close and personal with the core stage ✨ The ARCHIVED: NASA_SLS core stage for NASA Artemis II has been moved into High Bay 2 at the Vehicle Assembly Building. The move allows engineers to have 360-access to the 212-foot-tall core stage as they prepare it for #Artemis II.

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Artemis III: Core Stage offloading from Pegasus. That orange TPS foam will tan over time. You'll be able to compare it when stacked at the pad next year.
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Artemis III: Core Stage offloading from Pegasus. That orange TPS foam will tan over time. You'll be able to compare it when stacked at the pad next year.

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Oh yeah, it's all coming together! Roman is completely assembled at NASA Goddard and is undergoing final tests before being shipped to NASA's Kennedy Space Center, where it will be prepped for launch! Check out this video highlighting the different telescope components. Learn more about how the observatory came to be!
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Artemis was a great test of going around the moon. However the Artemis rocket system has the same problem as the Apollo missions to the moon. It costs too much. The Artemis rocket, SLS, was designed by the US Senate. $4 billion per launch. And can only launch once each 2 years. We can’t build a moon base with this system. SLS was a rocket designed by politicians to create jobs for the old Space Shuttle contractors. They spent 15 years and $25 billion developing it, and it will never be cost effective at $4 billion per launch. It is an obsolete rocket already. It works, but it will eventually die due to budget cuts.
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Artemis was a great test of going around the moon. However the Artemis rocket system has the same problem as the Apollo missions to the moon. It costs too much. The Artemis rocket, SLS, was designed by the US Senate. $4 billion per launch. And can only launch once each 2 years. We can’t build a moon base with this system. SLS was a rocket designed by politicians to create jobs for the old Space Shuttle contractors. They spent 15 years and $25 billion developing it, and it will never be cost effective at $4 billion per launch. It is an obsolete rocket already. It works, but it will eventually die due to budget cuts.

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From Apollo to Artemis: Artemis II will be the first flight with crew aboard the Orion spacecraft and Space Launch System (SLS) rocket. Similar to the Apollo 8 mission, Artemis II will fly around the moon to confirm all the spacecraft’s systems operate as designed with crew aboard in the actual environment of deep space. Discover the legacy and future of space exploration at #KennedySpaceCenter! 🌓🧑‍🚀 Credit: NASA/JSC/Goddard
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From Apollo to Artemis: Artemis II will be the first flight with crew aboard the Orion spacecraft and Space Launch System (SLS) rocket. Similar to the Apollo 8 mission, Artemis II will fly around the moon to confirm all the spacecraft’s systems operate as designed with crew aboard in the actual environment of deep space. Discover the legacy and future of space exploration at #KennedySpaceCenter! 🌓🧑‍🚀 Credit: NASA/JSC/Goddard

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It was great to bring My View with Lara Trump inside the historic Vehicle Assembly Building at NASA's Kennedy Space Center. 🚀 From Apollo, to the Space Shuttle, and now Artemis, this building is one of the most storied in all of spaceflight. It’s where we are beginning our return to the Moon. In just a few short days, our Artemis II rocket rolls out from the VAB to the launchpad.
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Long version, from launch site to space Although this is the first stage of the dlc, it is actually the 16th stage, so the difficulty will be relatively high #ミラージュフェザーズ #MirageFeathers #gamedev #indiedev
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Long version, from launch site to space Although this is the first stage of the dlc, it is actually the 16th stage, so the difficulty will be relatively high #ミラージュフェザーズ #MirageFeathers #gamedev #indiedev

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"This will be the MOST POWERFUL rocket that humans have ever traveled on...more powerful than the Saturn V." NASA Administrator Jared Isaacman Jared Isaacman details just how game-changing NASA's Artemis II mission to return mankind to the moon's orbit will be: "You see a SpaceX Falcon 9 and Dragon send four astronauts to the ISS almost every six months. It looks easy. It looks routine. It's still EXTREMELY hard. You're taking 1.8 million pounds of thrust in a controlled explosion and accelerating those four astronauts to 17,500 mph. You want to know what's harder? 8.8 million pounds of thrust accelerating four astronauts to nearly 25,000 mph...to send astronauts to the moon or past the moon. That's what we're talking about coming up with Artemis II."

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“[NASA’s] collective effort will lift all of us up on that SLS rocket when we hit launch day.” Artemis III commander Randy "Komrade" Bresnik reflects on the path that led to here, and how this mission will lay the path for all future Artemis missions.
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“[NASA’s] collective effort will lift all of us up on that SLS rocket when we hit launch day.” Artemis III commander Randy "Komrade" Bresnik reflects on the path that led to here, and how this mission will lay the path for all future Artemis missions.

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Roscosmos shows the video of Soyuz-2.1b assembly at the Vostochny cosmodrome (the Payload section & 3rd stage will be stacked later) On December 28th, this rocket is set to launch two Aist-2T remote sensing satellites, as well as 50+ other small & cubesats.

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