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Just Happened! A Closer Look At SpaceX’s First Commercial Spacewalk: Polaris Dawn
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Just Happened! A Closer Look At SpaceX’s First Commercial Spacewalk: Polaris Dawn
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00:00: Intro
00:42: Records in spacewalk
03:56: Other records
08:06: Starliner and New Shepard
===
#greatspacex #elonmusk #spacex #nasa #starliner
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SpaceX Starship SN
Be the first to sponsor us Thank you.
Our video content is referenced by video sources at these sites:
HUGE THANKS TO:
===
Just Happened! A Closer Look At SpaceX’s First Commercial Spacewalk: Polaris Dawn
Reaching new heights and pushing the boundaries of space exploration—that’s exactly what SpaceX and the Polaris Dawn team are doing right now. Unprecedented records are being broken, setting new standards in spaceflight. Naturally, this puts pressure on competitors like Boeing, with its troubled spacecraft, and Blue Origin, still focused on suborbital space tourism.
So, what remarkable achievements have SpaceX and Polaris Dawn accomplished in orbit? And how will these milestones shape the future of the aerospace industry? Let's dive into these questions in today’s episode of Great SpaceX.
Just Happened! A Closer Look At SpaceX’s First Commercial Spacewalk: Polaris Dawn
After 2.5 years of anticipation, Polaris Dawn has delivered one of the most groundbreaking milestones in space exploration: the first private spacewalk mission. The wait has been well worth it, with the mission achieving impressive moments that will shape the future of human space travel.
The long-awaited spacewalk took place on Flight Day 3, after Dragon descended from its apogee of 1400 kilometers (the highest altitude achieved in over half a century) to an orbit of 190x700 kilometers. This EVA occurred at the highest altitude since the Apollo 17 mission in 1972, breaking barriers for space exploration and setting new records that push the limits of human capability in space.
Just Happened! A Closer Look At SpaceX’s First Commercial Spacewalk: Polaris Dawn
Before the spacewalk began, all four astronauts wore SpaceX’s custom-designed EVA suits. Mission commander Jared Isaacman and astronaut Sarah Gillis were the two crew members who stepped outside the Dragon capsule to perform the EVA activities, while Scott Poteet and Anna Menon remained inside to monitor and control the spacecraft and systems. Preparation for the spacewalk included breathing protocols, pressurization, and nitrogen purging of their bloodstreams, all of which had been conducted on Flight Day 1.
When everything was set, the Dragon hatch opened, and Isaacman and Gillis officially stepped into space, marking one of the most significant milestones in this new era of private space exploration. Each astronaut took turns performing essential EVA tasks, such as moving arms, hands, and legs, to test the functionality and maneuverability of the new spacesuits. This careful alternation limited their exposure to the vacuum of space to around 20 minutes per turn. Isaacman and Gillis worked seamlessly throughout the mission, showcasing the suit’s capabilities and confirming that everything had gone smoothly. However, more official data is expected to provide an in-depth analysis of the suit’s performance.
A unique challenge of this EVA was the fact that Crew Dragon does not have an airlock, meaning the entire interior of the spacecraft was exposed to the vacuum of space during the EVA process. Additionally, the spacecraft's altitude meant the crew was navigating a region with an abundance of space debris, a significant obstacle for any EVA.
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To be resolved, thank you.
===
00:00: Intro
00:42: Records in spacewalk
03:56: Other records
08:06: Starliner and New Shepard
===
#greatspacex #elonmusk #spacex #nasa #starliner
==
===
SpaceX Starship SN
Be the first to sponsor us Thank you.
Our video content is referenced by video sources at these sites:
HUGE THANKS TO:
===
Just Happened! A Closer Look At SpaceX’s First Commercial Spacewalk: Polaris Dawn
Reaching new heights and pushing the boundaries of space exploration—that’s exactly what SpaceX and the Polaris Dawn team are doing right now. Unprecedented records are being broken, setting new standards in spaceflight. Naturally, this puts pressure on competitors like Boeing, with its troubled spacecraft, and Blue Origin, still focused on suborbital space tourism.
So, what remarkable achievements have SpaceX and Polaris Dawn accomplished in orbit? And how will these milestones shape the future of the aerospace industry? Let's dive into these questions in today’s episode of Great SpaceX.
Just Happened! A Closer Look At SpaceX’s First Commercial Spacewalk: Polaris Dawn
After 2.5 years of anticipation, Polaris Dawn has delivered one of the most groundbreaking milestones in space exploration: the first private spacewalk mission. The wait has been well worth it, with the mission achieving impressive moments that will shape the future of human space travel.
The long-awaited spacewalk took place on Flight Day 3, after Dragon descended from its apogee of 1400 kilometers (the highest altitude achieved in over half a century) to an orbit of 190x700 kilometers. This EVA occurred at the highest altitude since the Apollo 17 mission in 1972, breaking barriers for space exploration and setting new records that push the limits of human capability in space.
Just Happened! A Closer Look At SpaceX’s First Commercial Spacewalk: Polaris Dawn
Before the spacewalk began, all four astronauts wore SpaceX’s custom-designed EVA suits. Mission commander Jared Isaacman and astronaut Sarah Gillis were the two crew members who stepped outside the Dragon capsule to perform the EVA activities, while Scott Poteet and Anna Menon remained inside to monitor and control the spacecraft and systems. Preparation for the spacewalk included breathing protocols, pressurization, and nitrogen purging of their bloodstreams, all of which had been conducted on Flight Day 1.
When everything was set, the Dragon hatch opened, and Isaacman and Gillis officially stepped into space, marking one of the most significant milestones in this new era of private space exploration. Each astronaut took turns performing essential EVA tasks, such as moving arms, hands, and legs, to test the functionality and maneuverability of the new spacesuits. This careful alternation limited their exposure to the vacuum of space to around 20 minutes per turn. Isaacman and Gillis worked seamlessly throughout the mission, showcasing the suit’s capabilities and confirming that everything had gone smoothly. However, more official data is expected to provide an in-depth analysis of the suit’s performance.
A unique challenge of this EVA was the fact that Crew Dragon does not have an airlock, meaning the entire interior of the spacecraft was exposed to the vacuum of space during the EVA process. Additionally, the spacecraft's altitude meant the crew was navigating a region with an abundance of space debris, a significant obstacle for any EVA.
----
To be resolved, thank you.
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