Why Do Astronauts Float in Space? Base on this we can make artificial Gravity Only can do this on Earth This is the Secret And the high-speed Space Station Artificial Gravity is what is being sought and is very valuable Something that is far in space beyond the magnetic reach of the Earth then that something NO LONGER has Density, instead it floats around aimlessly until it is again in the magnetic area of a celestial body that has a Magnetic Bar, then it will fall in that direction; This practically happens because all celestial bodies drift through an orbit at extraordinary SPEED. Astronauts and other objects in various Apollo rockets sent to the moon in 1969 proved all this information, and these objects and astronautes seemed to be floating in the space of the rocket. So actually the Magnetic Bar stretching from north to south is what causes attraction (gravity), and every concrete object has a Falling Motion or Specific Gravity (Density). Every concrete object consists of an arrangement of atoms and emptiness. These atoms have particles that also have a magnetic bar in their mass. The magnetic bar on the atom is what ATTRACTS EACH OTHER to the MAGNETICBAR on Earth. The denser the object is with the arrangement of its atoms, the greater the DENSITY or the greater the falling motion. The difference in atomic density is what differentiates the specific gravity or density of each concrete object. As a result, a mass that does not have a magnetic bar stretching from north to south does not attract or be pulled, and only two masses that each have a magnetic bar attract each other with a force that is proportional to the distance between them and the magnetic attraction value of each.
Rocket is complicated and dificulte Low safety and high cost We need somethings better Developing technologies to enable human access to space at dramatically lower cost and increased reliability #FeelFree
@@michaeldeierhoi4096 Better machine no doubt the only advantage Starliner has is it's bigger crew capacity of up to 7 astronauts. But, at SpaceX's pace Starship will be probably certified for crew before Starliner, LOL, and that will make Starliner obsolete.
Most astronauts prefer Starliner's old-school controls. They're able to actually fly the thing, while Crew Dragon is highly automated. Its touchscreen controls are rather limited. However, controls that pilots like aren't enough to make Starliner a better spacecraft. Obviously, it isn't.
Remember that Dragon in designed for Commercial space flight, so it makes sense is made to be as much autonomed as it can be, while Starliner is supposed to be used by "professionals" only, witch prefer to have manual controls to have more options about what they can do in case something happens during the mission. This ofc doesn't deny the fact that Starliner's performance are trash while Dragon is performing flawless so far
I think the biggest advancement of this mission is the new suits for eva’s. If they can prove their worth nasa gets to replace their aging spacesuits without spending billions on a contract
Completely different type of EVA suits. Nasa suits have full life support, SpaceX does not. Nasa suits are designed to be used for 10+ hour spacewalks. It's important not to exhaust astronaut, so those suits have very low resistance to fighting back. You can see how stiff the Spacex suit is, if you had to work with your hands you would be fighting this and become exhausted. However, I have no doubt that if SpaceX were to design a suit with independent life support and more joints for mobility it would be better than the aging Nasa suits.
@@klixtrio7760 NASA have been making EVA suits since the 60's with little change. SpaceX have just tested their first iteration of an EVA. Knowing SpaceX, that won't be the end of it.
The first spacewalk was conducted by a Russian. His suit became so rigid in the vacuum of space, he should have asked that the space walk be aborted. He lied and said he was fine. This happened again with the first American space walk.
I love to see how the spacesuit evolves and will they ever further compact the life system module into their suit design or create a futuristic backpack design.
The nose cone of dragon folds open. It’s what protects the relatively more fragile airlock on the way into and out of the atmosphere. You can see it on videos of the dragon approaching the ISS. In the eva they didn’t fold it completely out of the way for the dual benefit of a camera mount and a physical shield for orbital debris.
Whilst a great step forward it is stretching the truth somewhat calling it a "Spacewalk". They opened the hatch and stuck their heads up and hung on a rail. A true spacewalk requires the Astronaut to be clear of the spacecraft either tethered or not. Alexi Leonov, 59 years ago, actually climbed out of the Voshkod 2 and floated in space. It has taken us nearly 60 years to get back to the point we were at in 1965. SpaceX have done a great job and anyone willing to ride a rocket is very courageous and I salute them all.
not really - the first Soviet and US spacewalks nearly ended in disater when trying to return inside. Freely floating spacewalks are too uncontrollable and tiring - there's a reason ISS EVAs are more like mountain climbing with a short tether hooked at all times and handholds within easy reach. As Jared explained at the presser there was no point in freely floating outside, as it would provide no useful data and there was no reason to clamber around the Dragon on this mission. He also said the suit mobility tests would look like he was doing a strange dance and the shorter it was the better.
Its an SEVA, "Stand up EVA". Noted as when an astronaut stands through an open hatch but does not fully leave the spacecraft. So, it is a Spacewalk, hell, when the Apollo Astronauts did an SEVA before the full EVA part of the mission to ensure that they have full mobility, and while in the early stages of the program did SEVA's to test the suits before a their use on the lunar surface
Thank you so much for what you do on this channel. I have been following you with great admiration for a couple of years (and also following several other very popular space tech channels simultaneously). I highly appreciate your relevance, accuracy, CONCISENESS and brevity. My only question is, how are you able to continue doing this without advertising support, when even TH-camrs with 10x your viewers and subscribers find themselves unable to present a video without a commercial break?
IT WAS misleading calling it a spacewalk and EVA. The correct technical term is SEVA, Stand-up EVA. If that was the case we wouldn’t be debating now whether they left the confines of the craft or not.
no that was just the mission patch that was misleading. The past few weeks at least they described to the press and on website exactly what we saw - the suit mobility tests would look like a strange dance and the quicker it was over the better. With no airlock and with limited consumables they were running against the clock (as you can hear the time callouts).
One of the issues about space suits is that they are internally pressurized. The higher the pressure the stiffer the suit. So you want the pressure as close to vaccine as possible. This is why they went down to 8psi (normal atmospheric is 14psi) and switched to pure oxygen. Pure oxygen at 5 psi has the same amount of oxygen available as mixed air at 14psi.
The SpaceX EVA suit doesn't even come close to what Axiom has been working on. That's not to say SpaceX can't catch up, but they have a long way to go. The terrestrial EVA suits like Axiom's focus on mobility, durability, and ultra-long mission times. The SpaceX suits are blow-up balloons that rely on the dragon capsule to keep the astronauts alive.
@@RMX7777We are still not sure maybe they add full life support on their eva too in the future. As of now what's important to them is the test data on their eva to know what can be improved more.
I misunderstood your comment: its true that when the capsule is pressurized the pressure is about the same as atmospheric pressure, 14.7 psia, so your completely right that it is higher than in the airliner!
Why Do Astronauts Float in Space? Base on this we can make artificial Gravity Only can do this on Earth This is the Secret And the high-speed Space Station Artificial Gravity is what is being sought and is very valuable Something that is far in space beyond the magnetic reach of the Earth then that something NO LONGER has Density, instead it floats around aimlessly until it is again in the magnetic area of a celestial body that has a Magnetic Bar, then it will fall in that direction; This practically happens because all celestial bodies drift through an orbit at extraordinary SPEED. Astronauts and other objects in various Apollo rockets sent to the moon in 1969 proved all this information, and these objects and astronautes seemed to be floating in the space of the rocket. So actually the Magnetic Bar stretching from north to south is what causes attraction (gravity), and every concrete object has a Falling Motion or Specific Gravity (Density). Every concrete object consists of an arrangement of atoms and emptiness. These atoms have particles that also have a magnetic bar in their mass. The magnetic bar on the atom is what ATTRACTS EACH OTHER to the MAGNETICBAR on Earth. The denser the object is with the arrangement of its atoms, the greater the DENSITY or the greater the falling motion. The difference in atomic density is what differentiates the specific gravity or density of each concrete object. As a result, a mass that does not have a magnetic bar stretching from north to south does not attract or be pulled, and only two masses that each have a magnetic bar attract each other with a force that is proportional to the distance between them and the magnetic attraction value of each.
Congratulations, SpaceX is now close to where NASA was after Gemini 12! If you observe the posture of the astronauts in the suits, they have the "hunched" look of the Gemini spacesuits. That is a result of how they have to fit them so a person can sit in a cabin seat when pressurized, when the suit does not have very many joints in the lower half, like the Apollo lunar surface suits. The ISS suits have less mobility in the lower half as well, but they use different suits for sitting in the spacecraft cabin during ascent and re-entry, so the ISS EVA suits leave the astronaut in a "standing" position. We can't minimize what an advance the SpaceX suits are over the normal ascent/descent suits they had up to now, but all those breathless fanboys and now the mainstream press saying how "advanced" these suits are and how cool they look when compared to the NASA ISS suits and the Apollo "Pillsbury Doughboy" lunar surface suits are simply ignorant. This SpaceX suit is very much more akin to the Gemini EVA suit than a practical EVA suit for the Mars surface or even to do serious work outside the cabin ..... like repairing damage to a Mars bound Starship. And the mainstream press are bragging about how it only took SpaceX 18 months to develop the suits. But it took about the same length of time to develop the Gemini EVA suit. The Apollo suits took almost 6 years. Admittedly, today's NASA is underperforming on the surface suits for Artemis, but they are much more ambitious, since they learned that the Apollo suits would fail due to dust incursion in durations exceeding Apollo 17. A modern Surface EVA suit will need much better technology to be reliable for long missions on the moon or Mars, since both environments have dangerous dust issues. But congratulations to SpaceX for not killing Jared or Sarah. That in itself is an achievement and makes me think that the manned operations division of SpaceX is a lot more careful than the research and development arm building Starship.
@@jonjones6749 The proper official term is EVA or extravehicular activity defined as activities performed by space-suited astronauts outside their spacecraft in orbit above the Earth.
Why Do Astronauts Float in Space? Base on this we can make artificial Gravity Only can do this on Earth This is the Secret And the high-speed Space Station Artificial Gravity is what is being sought and is very valuable Something that is far in space beyond the magnetic reach of the Earth then that something NO LONGER has Density, instead it floats around aimlessly until it is again in the magnetic area of a celestial body that has a Magnetic Bar, then it will fall in that direction; This practically happens because all celestial bodies drift through an orbit at extraordinary SPEED. Astronauts and other objects in various Apollo rockets sent to the moon in 1969 proved all this information, and these objects and astronautes seemed to be floating in the space of the rocket. So actually the Magnetic Bar stretching from north to south is what causes attraction (gravity), and every concrete object has a Falling Motion or Specific Gravity (Density). Every concrete object consists of an arrangement of atoms and emptiness. These atoms have particles that also have a magnetic bar in their mass. The magnetic bar on the atom is what ATTRACTS EACH OTHER to the MAGNETICBAR on Earth. The denser the object is with the arrangement of its atoms, the greater the DENSITY or the greater the falling motion. The difference in atomic density is what differentiates the specific gravity or density of each concrete object. As a result, a mass that does not have a magnetic bar stretching from north to south does not attract or be pulled, and only two masses that each have a magnetic bar attract each other with a force that is proportional to the distance between them and the magnetic attraction value of each.
I wonder...🤔 How long did it take SpaceX to develop and manufacture this craft and how much it cost total? Is it anywhere near what NASA and Boeing spent on their Turd?
Both Boeing and Space X were given contracts in 2014 to design and build crew capsules that could dock at the ISS. The striking difference is that the Space X contract was 2.6 billion $ while the Boeing contract was 4.6 billion?? Space X first tested Dragon in 2020 and began official flights to the ISS in 2021. Starliner was tested twice in early 20's and had difficulties then. This last flight was supposed to be a test flight before becoming certified for crew flights but they continued to have problems with RCS thrusters and helium leaks. These are relatively minor separately, but up to a bigger reliability problem.
@@michaeldeierhoi4096 Michael, now I'm curious about the space suits (EVA and IVA) that NASA contracted for. Did NASA find SpaceX suits? If so, how much funding and when did they contract. Same question - Boeing and NASA?
@@anthonynapolitano9061 It's a good question. I did some research which didn't yield anything new so it would probably take some time to find the answers to your question.
The problem is the inside of the suit is pressurized. Imagine climbing into a form fitting balloon and trying to bend your joints. Every bend will result in a crease or fold in the suit that the air pressure will try and force back into a more natural unbent shape. You have to fight against that resistance the whole time. All space suits are like this. It’s just most of the time you see them they are inside a pressurized space capsule with equal pressure on both sides of the fabric making it far easier to bend.
One of the new technologies SpaceX has pioneered in the new suit is using a piece of yarn between the gloves, to keep astronauts from loosing them when they take them off.
They started out on the side of Earth that was in daylight, but they complete an orbit in about an hour and a half. The spacewalk was about an hour, so by the time Sarah was done, they were on the other side of the Earth, which you could clearly tell in the video. You can see a small sliver of light, with the rest of the planet in darkness, as well as Dragon and Sarah.
SpaceX knows the cooling in their suits doesn’t work. They scheduled the minimalist 5 minute EVAs on the darkside of the Earth. The suits were up to 93F after 5 minutes of doing nothing. They have a serious problem with these crappy designer suits.
@@MrAlbertaSurferThe folks who keep lauding these suits need to know they’re crap. The triggering is the folks who think these designer suits are so great. Worse is comparing these suits to bonafide autonomous NASA EVA suits that are used on the ISS. It’s obvious SpaceX knew these suits would overheat in sunlight and scheduled 5 mi Ute EVAs in the dark. Doing nothing in shade they still reached 93F.
The early Mercury and Gemini programs Spacesuits were primarily air-cooled and relied on fans to circulate air and remove heat. This system was sufficient for limited mobility but displayed serious overheating during Gemini EVA work. Several Gemini missions came close to disaster due to astronaut overheating. NASA developed the Liquid Cooling and Ventilation Garment (LCVG), a liquid-cooled system. This garment featured tubes filled with water that circulated around the astronaut's body, absorbing excess heat. The heat is then transferred to a sublimator in the Portable Life Support System (PLSS), where the heat was vented into space. I am curious how SpaceX is going to solve the potential heating problem by using just air for cooling.
I'm the biggest space nerd going and was waiting all year for this. But not gonna lie, I was disappointed as hell at this 'EVA'. Imagine paying all that money to have a peek out the door, and barely even in the daylight too.
as a nerd you should of read the mission profile on their website or watched the pre flight press briefing because it described the what and why of what we witnessed. I should add others have pointed out that the mission patch was misleading with a free floating astronaut (maybe that was the plan 2 yrs ago but it would of added too much risk to a first try - the Soviet and US first freely floating spacewalks nearly ended in disaster and were too dangerous and uncontrollable).
@@rbbery Thought of that, but that doesn't answer any of the underlying questions. What determines the velocity? ...direction? Why isn't it doing serious damage?
If you're one of the two that weren't scheduled to spacewalk - how irresistible must the urge have been to at least poke your head outside for just a second?
A small step forward. How are the suits more advanced than those used for ISS EVAs; or the suits used by Shuttle astronauts fixing Hubble? When/what functional EVA will then be used for? ISS is coming down in the not too distant future, are they usable outside the Van Allen belts (radiation shielded). Not a nay sayer, but to what purpose other than give a billionaire another bucket list check mark?
The design of the suits used on the ISS is literally 40 years old. Recently they've had to scrub missions because of coolant leaks. Yes, a lot of that technology is very tried and tested, but new materials technology is truly more advanced - look at how slim those suits are compared to the ISS EVA suits. Isaacman, who has the cash, has demonstrated that EVAs are possible with Dragon, and has suggested that this could result in a boost to the Hubble, furthering its operational lifespan. Spacesuits don't protect from radiation and never have. The only current 'protection' is mitigation, which is to reduce time exposed.
@@krisdevalle no doubt an engineering success. My point is are they going to be used for something other than this demonstration. Yes, Hubble -- are they capable of being used for a practical purpose, like ISS or Hubble. Is there a plan to use them or is it just a technology demonstration by a billionaire?
@@steves3422 So far it looks like a technology demonstration, but this opens the door to future projects. Is there a foundational reason to your skepticism?
@@steves3422 From what I can gather it is primarily about increasing durability and operability of the new spacesuit; in preparation for future Starship missions. It is intended that the third one of these uses the Starship instead of Dragon. Given that this is a non-NASA affiliated program, SpaceX needs to get their own dataset on procedures and processes.
That's the plan, just not this particular Dragon. There's a Crew Dragon going up to the ISS in a few months, and only two crew are on board to allow the four-seater to get the Starliner crew back. The other issue is that the Starliner spacesuits aren't compatible with the Dragon spacecraft. Which is a little like the issue with phone charger ports which took 10 years to become standardized to USB-C.
Spacewalk? They barely popped their heads out over the handle bars. Cool spacesuits though. Nasa will certainly be interested in replacing their decades old suit platform with these.
that was always the plan as Jared explained at the pre-flight briefing - he would look like he was doing a stange dance and free flying served no useful data to testing the suit mobility. Also the shorter the better as with no airlock they were always up against the clock just do what we saw (you can hear the callouts on O2 time).
@@pm9601 well that's because the point of the program was to perfect rendezvous and docking and EVAs. Its no coincidence it marked the point the US space program left the Soviets behind after all their 'firsts' (which were done by taking risky shortcuts). fun fact: Buzz 'Dr Rendezvous' Aldrin was the guy who perfected safe EVAs on Gemini 12 with underwater training and handholds on the outside of the capsule. There's a reason the uncontrollable and dangerous free floating spacewalks were never done again as ISS EVA's are more akin to rock climbing with a hooked tether at all times and numerous handholds within easy reach.
Almost as good as Ed White’s Gemini 4 spacewalk 59 years ago. Except he left the capsule completely for 15 minutes and did it in daylight. Nice try SpaceX.
2:28 Shivers, absolutely beautiful, wow! 🤯😲 Edit: "as life becomes multiplanetary" is a bonkers thing to hear, I hate Elon, but dang... imagine a future where that's the case... that's nuts! 🤯
I would have peed…. Could you imagine being the first dude to piss himself in space… yeah I peed my self in outer space.. what ever you do, don’t refresh the oxygen, or it’s getting foggy and salty
a starship to mars is not happening in 2 years, for now they can't get to earth properly. But even then starship doesnt have enough fuel to go beyond low orbit... So a transfer to mars?? no way
Awesome! A longer, untethered spacewalk, which is common at the International Space Station, wasn’t possible because only NASA suits are currently equipped with jetpacks that can guide an astronaut back to safety.
The jetpack ( MMU ) was canceled in the late 90s. Astronauts on EVA outside the ISS are tethered. But its not an umbilical just a harness to keep them from floating away.
Some of this look fake to anyone else? I'm not suggesting that it is fake, just that it looks fake. I wonder if that will blow up into a conspiracy theory?
I feel a single compartment capsule is really going backwards, never was a big fan. If something goes wrong on an EVA, there is no quick rescue, among other limiting factors
remember this is just a convenient test platform for Starship which Jared hopes to pilot on its maiden crewed flight (which looks a long way off thanks to the FAA!).
This capsule was never built for this purpose. It was only really meant to be a shuttle between ground and the ISS. They modified it quite heavily to even be able to do this simple, limited, spacewalk. Ultimately spacex probably will probably have a full airlock for the starship to use on the moon and mars. This is just a stepping stone paid for by very wealthy tourists.
@@gamegoof this is a SpaceX Dragon capsule launched on a Falcon 9 rocket from Cape Canaveral Florida, it will likely never be used outside of low earth orbit due to its small size and lack of radiation shielding needed for trips past the Van Allen belts. The currently public plan for both the Moon and Mars is to use a crew variant of Starship launched on a Super Heavy Booster. Both Starship and the SHB are under development in Boca Chica Texas.
@@ryderdopp8145 Isn't Artemis using a capsule for the next moon landing? Interesting if its Starship because to me it doesnt seem like Starship is really ready for space travel.... I dont know enough about it, I always thought Starship was a steel can that works well enough to launch but in terms of Radiation shielding, habitat and life sustaining systems/safety... it was decades behind. , etc
Thanks for this video. You opened my eyes by saing that we are living literally in 2D world....and our society consciousness is the same as in 2D world. Man, we realy need to go to space space to became a real 3D world society and civilization
Patience, Grasshopper! This is the first time they've ever opened the Crew Dragon hatch to space, and the astronautsare in 'never tried before' suits! It's far better to ensure everything works as expected with a conservative mission profile.
who are you that actually questioned this wonderful achievement? Who the..think you are that without any knowledge about space mission and any knowledge about anything judge this milestone? People like you are negative always and try to supress others effort try to reduce and destroy others achievements there is two kind of people who do this, first people and agents from rival companies who want to destroying a company achievement and boost their own company, Second, people who actually are dumb and don't have knowledge and any success they are ambitious but lazy, they cant tolerate other's efforts and success so try to destroy others instead of try to put their own effort in something to achieve something. I think you are from second group. Please try to learn something and be positive about other's achievements try to reach them by building yourself not by destroying others
If those SpaceX EVA Space Suits are the best we got ? ... Humaans doing much in Space is going to be Extremely Limited ! ..... Those Astronauts could barely Move , and didn't even get completely out the Door ... plus the Woman only got a Night View ... I don't know why they All didn't take a look ? , they went all the way there ! ... But they did it ! So , Congrats !
It's a first design and test. Its the best they got so far. The real world isn't a video game, things don't pop into existence fully developed when a progress bar completes.
@@wayneschenk5512 They complete an orbit in just over an hour and a half, and the EVA was over an hour, so they travelled more than half way around the world during that time, ending up on the night side of the Earth. And they were at 700kms because they're also testing things like radiation exposure.
Nothing. Nothing happened. The view from the inside of the cockpit I believe it's genuine, but I swear to God he looks like a blow up astronaut when they show the outside. His left arm is stuck in a really weird way and it's not moving at all. And the way the entire body is moving is one solid piece not even moving the arms leads me to believe it was fake.
@@eddiearndt1949 They don't wear the suits full time. There's a "bathroom" on the Dragon capsule that consists of basically a funnel on a hose that uses light suction, and they pee in that. And #2. There's a small curtain for privacy. And they eat, by like, eating.
This video was great until they included Musk's fucking bullshit predictions for what they were going to do next. He touted self-driving cars about 8 years ago.
![ปฏิเสธไม่ไหว (Crush on you) - LIPTA feat. No One Else [TEASER MV]](http://i.ytimg.com/vi/VC689EgdSIw/mqdefault.jpg)
My nephew is in that control room for 1/3 of the day. He's one smart engineer. Very proud of him.
Why Do Astronauts Float in Space?
Base on this we can make artificial Gravity
Only can do this on Earth
This is the Secret
And the high-speed Space Station
Artificial Gravity is what is being sought and is very valuable
Something that is far in space beyond the magnetic reach of the Earth then that something NO LONGER has Density, instead it floats around aimlessly until it is again in the magnetic area of a celestial body that has a Magnetic Bar, then it will fall in that direction; This practically happens because all celestial bodies drift through an orbit at extraordinary SPEED.
Astronauts and other objects in various Apollo rockets sent to the moon in 1969 proved all this information, and these objects and astronautes seemed to be floating in the space of the rocket.
So actually the Magnetic Bar stretching from north to south is what causes attraction (gravity), and every concrete object has a Falling Motion or Specific Gravity (Density).
Every concrete object consists of an arrangement of atoms and emptiness. These atoms have particles that also have a magnetic bar in their mass. The magnetic bar on the atom is what ATTRACTS EACH OTHER to the MAGNETICBAR on Earth. The denser the object is with the arrangement of its atoms, the greater the DENSITY or the greater the falling motion.
The difference in atomic density is what differentiates the specific gravity or density of each concrete object.
As a result, a mass that does not have a magnetic bar stretching from north to south does not attract or be pulled, and only two masses that each have a magnetic bar attract each other with a force that is proportional to the distance between them and the magnetic attraction value of each.
Rocket is complicated and dificulte
Low safety and high cost
We need somethings better
Developing technologies to enable human access to space at dramatically lower cost and increased reliability #FeelFree
@@dadearinto5546 Put your political statements somewhere else. Not under a proud fathers comment, man.
@@claymentv2199 Uncle, but yeah.
Ok boomer
I was waving down here but they probably didn’t see me. 😂
😂
😂😂😂😂😂
o7
Yeah look how fake that round earth looks. Can't Kubrick and I'm get it right😊😊😊
don't worry, the FBI did
It's just amazing how the inside of the Crew Dragon is so much different from Boings piece of junk.
Indeed! This Polaris mission puts the exclamation point on how much better Dragon is than Starliner which should concern NASA.
@@michaeldeierhoi4096 Better machine no doubt the only advantage Starliner has is it's bigger crew capacity of up to 7 astronauts. But, at SpaceX's pace Starship will be probably certified for crew before Starliner, LOL, and that will make Starliner obsolete.
Most astronauts prefer Starliner's old-school controls. They're able to actually fly the thing, while Crew Dragon is highly automated. Its touchscreen controls are rather limited. However, controls that pilots like aren't enough to make Starliner a better spacecraft. Obviously, it isn't.
Dismounting seems awkward. But still very cool.
Remember that Dragon in designed for Commercial space flight, so it makes sense is made to be as much autonomed as it can be, while Starliner is supposed to be used by "professionals" only, witch prefer to have manual controls to have more options about what they can do in case something happens during the mission.
This ofc doesn't deny the fact that Starliner's performance are trash while Dragon is performing flawless so far
I think the biggest advancement of this mission is the new suits for eva’s. If they can prove their worth nasa gets to replace their aging spacesuits without spending billions on a contract
They've already spent billions over decades just to fail recently.
At this point SpaceX is the only place they have to turn.
Completely different type of EVA suits. Nasa suits have full life support, SpaceX does not. Nasa suits are designed to be used for 10+ hour spacewalks. It's important not to exhaust astronaut, so those suits have very low resistance to fighting back. You can see how stiff the Spacex suit is, if you had to work with your hands you would be fighting this and become exhausted. However, I have no doubt that if SpaceX were to design a suit with independent life support and more joints for mobility it would be better than the aging Nasa suits.
NASA would rather launder $5,000,000,000 to one of their friends to develop new suits.
@@klixtrio7760
NASA have been making EVA suits since the 60's with little change.
SpaceX have just tested their first iteration of an EVA.
Knowing SpaceX, that won't be the end of it.
The first spacewalk was conducted by a Russian. His suit became so rigid in the vacuum of space, he should have asked that the space walk be aborted. He lied and said he was fine. This happened again with the first American space walk.
They should do 3-4 more space walks! Maximize the opportunity!
Unfortunately they don’t have enough commodities. They can only store so much oxygen, nitrogen, etc. for the two without giving up redundancy.
I love to see how the spacesuit evolves and will they ever further compact the life system module into their suit design or create a futuristic backpack design.
@lyricbread it's almost as if they need an Axios station to go to, now that the hardware has been demonstrated.
I've heard of space camp before but this looks like the real deal
I'm wondering where the external cameras were placed for those shots
The nose cone of dragon folds open. It’s what protects the relatively more fragile airlock on the way into and out of the atmosphere. You can see it on videos of the dragon approaching the ISS. In the eva they didn’t fold it completely out of the way for the dual benefit of a camera mount and a physical shield for orbital debris.
The mobility of these suits is always the biggest issue. It looks like an inflated doll with like 5° range of motion.
What exactly is happening is two passengers pop up like prairie dogs, then retreat to the safety of their capsule.
Whilst a great step forward it is stretching the truth somewhat calling it a "Spacewalk". They opened the hatch and stuck their heads up and hung on a rail. A true spacewalk requires the Astronaut to be clear of the spacecraft either tethered or not. Alexi Leonov, 59 years ago, actually climbed out of the Voshkod 2 and floated in space. It has taken us nearly 60 years to get back to the point we were at in 1965. SpaceX have done a great job and anyone willing to ride a rocket is very courageous and I salute them all.
Nihil Versus, Omnia Licita
@@belmordok3661 Nihil Verum Est Licet Omnia. Good movie though.
not really - the first Soviet and US spacewalks nearly ended in disater when trying to return inside. Freely floating spacewalks are too uncontrollable and tiring - there's a reason ISS EVAs are more like mountain climbing with a short tether hooked at all times and handholds within easy reach.
As Jared explained at the presser there was no point in freely floating outside, as it would provide no useful data and there was no reason to clamber around the Dragon on this mission. He also said the suit mobility tests would look like he was doing a strange dance and the shorter it was the better.
Its an SEVA, "Stand up EVA". Noted as when an astronaut stands through an open hatch but does not fully leave the spacecraft. So, it is a Spacewalk, hell, when the Apollo Astronauts did an SEVA before the full EVA part of the mission to ensure that they have full mobility, and while in the early stages of the program did SEVA's to test the suits before a their use on the lunar surface
@@tma2001 Then they shouldn't lie and say ''spacewalk''! There was no walking in space period.
This is a fantastic mission.
First test of the space suits in space got to be a bit careful
And after 5 minutes of doing nothing the suits were up to 93F. SpaceX knows the suits are crap and scheduled EVAs for the darkside of Earth.
Thank you so much for what you do on this channel. I have been following you with great admiration for a couple of years (and also following several other very popular space tech channels simultaneously). I highly appreciate your relevance, accuracy, CONCISENESS and brevity. My only question is, how are you able to continue doing this without advertising support, when even TH-camrs with 10x your viewers and subscribers find themselves unable to present a video without a commercial break?
i thought they were going totally out and be floating about on the teather. Thats what the spaceX animations were showing us.
More Musk BS.
And in all their EVA they never showed the umbilical.
IT WAS misleading calling it a spacewalk and EVA. The correct technical term is SEVA, Stand-up EVA. If that was the case we wouldn’t be debating now whether they left the confines of the craft or not.
no that was just the mission patch that was misleading. The past few weeks at least they described to the press and on website exactly what we saw - the suit mobility tests would look like a strange dance and the quicker it was over the better. With no airlock and with limited consumables they were running against the clock (as you can hear the time callouts).
Yeah, is it an 'extra-vehicular activity' if they never went fully outside the vehicle?
One of the issues about space suits is that they are internally pressurized. The higher the pressure the stiffer the suit. So you want the pressure as close to vaccine as possible. This is why they went down to 8psi (normal atmospheric is 14psi) and switched to pure oxygen. Pure oxygen at 5 psi has the same amount of oxygen available as mixed air at 14psi.
Good luck to Axiom Space, they are building space suits for NASA but now there is MAJOR competition.
The SpaceX EVA suit doesn't even come close to what Axiom has been working on. That's not to say SpaceX can't catch up, but they have a long way to go.
The terrestrial EVA suits like Axiom's focus on mobility, durability, and ultra-long mission times. The SpaceX suits are blow-up balloons that rely on the dragon capsule to keep the astronauts alive.
Axiom has nice space station plans but I think they committed to BO for launch services too.
@@RMX7777We are still not sure maybe they add full life support on their eva too in the future. As of now what's important to them is the test data on their eva to know what can be improved more.
@@Jon-Sen Yeah, with their sights set on mars I'm sure their engineers have already begun working on life support packs.
@@Hoopaball The New Glenn has not even launched the first test flight. I have a feeling Axiom will be giving Space X a call soon.
Fun fact: the astronauts enjoy air pressure that is higher than we plebes feel cruising in an airliner.
Wait really?
no it says that the suit pressure was 5.2 psia while in an airline it doesn't go below 10.9 psia
I misunderstood your comment: its true that when the capsule is pressurized the pressure is about the same as atmospheric pressure, 14.7 psia, so your completely right that it is higher than in the airliner!
Divers enjoy hyperbaric chambers too.
Nice fact.
Why Do Astronauts Float in Space?
Base on this we can make artificial Gravity
Only can do this on Earth
This is the Secret
And the high-speed Space Station
Artificial Gravity is what is being sought and is very valuable
Something that is far in space beyond the magnetic reach of the Earth then that something NO LONGER has Density, instead it floats around aimlessly until it is again in the magnetic area of a celestial body that has a Magnetic Bar, then it will fall in that direction; This practically happens because all celestial bodies drift through an orbit at extraordinary SPEED.
Astronauts and other objects in various Apollo rockets sent to the moon in 1969 proved all this information, and these objects and astronautes seemed to be floating in the space of the rocket.
So actually the Magnetic Bar stretching from north to south is what causes attraction (gravity), and every concrete object has a Falling Motion or Specific Gravity (Density).
Every concrete object consists of an arrangement of atoms and emptiness. These atoms have particles that also have a magnetic bar in their mass. The magnetic bar on the atom is what ATTRACTS EACH OTHER to the MAGNETICBAR on Earth. The denser the object is with the arrangement of its atoms, the greater the DENSITY or the greater the falling motion.
The difference in atomic density is what differentiates the specific gravity or density of each concrete object.
As a result, a mass that does not have a magnetic bar stretching from north to south does not attract or be pulled, and only two masses that each have a magnetic bar attract each other with a force that is proportional to the distance between them and the magnetic attraction value of each.
Excellent report, as usual.
I agree, SpaceBucket is my go to space news 🙂
You need to be really comfortable around the three other people to spend this time in the confined space.
Congratulations, SpaceX is now close to where NASA was after Gemini 12!
If you observe the posture of the astronauts in the suits, they have the "hunched" look of the Gemini spacesuits. That is a result of how they have to fit them so a person can sit in a cabin seat when pressurized, when the suit does not have very many joints in the lower half, like the Apollo lunar surface suits. The ISS suits have less mobility in the lower half as well, but they use different suits for sitting in the spacecraft cabin during ascent and re-entry, so the ISS EVA suits leave the astronaut in a "standing" position.
We can't minimize what an advance the SpaceX suits are over the normal ascent/descent suits they had up to now, but all those breathless fanboys and now the mainstream press saying how "advanced" these suits are and how cool they look when compared to the NASA ISS suits and the Apollo "Pillsbury Doughboy" lunar surface suits are simply ignorant.
This SpaceX suit is very much more akin to the Gemini EVA suit than a practical EVA suit for the Mars surface or even to do serious work outside the cabin ..... like repairing damage to a Mars bound Starship. And the mainstream press are bragging about how it only took SpaceX 18 months to develop the suits. But it took about the same length of time to develop the Gemini EVA suit. The Apollo suits took almost 6 years. Admittedly, today's NASA is underperforming on the surface suits for Artemis, but they are much more ambitious, since they learned that the Apollo suits would fail due to dust incursion in durations exceeding Apollo 17. A modern Surface EVA suit will need much better technology to be reliable for long missions on the moon or Mars, since both environments have dangerous dust issues.
But congratulations to SpaceX for not killing Jared or Sarah. That in itself is an achievement and makes me think that the manned operations division of SpaceX is a lot more careful than the research and development arm building Starship.
Epic! This is quite a historic moment!!
Historic indeed!
More like a space peek than a space walk !
Still full exposure to the vacuum and radiation of space
@@OzCrusader But NO walking!
@@jonjones6749
The proper official term is EVA or extravehicular activity defined as activities performed by space-suited astronauts outside their spacecraft in orbit above the Earth.
@@OzCrusader Well the term they are using is spacewalk bud!
PUT an AIRLOCK on StarShip
..... airlocks arent small.
Thank you for this video. For what whatever reason. Getting simple and clear updates for this mission is not easy to come by for me.
Why Do Astronauts Float in Space?
Base on this we can make artificial Gravity
Only can do this on Earth
This is the Secret
And the high-speed Space Station
Artificial Gravity is what is being sought and is very valuable
Something that is far in space beyond the magnetic reach of the Earth then that something NO LONGER has Density, instead it floats around aimlessly until it is again in the magnetic area of a celestial body that has a Magnetic Bar, then it will fall in that direction; This practically happens because all celestial bodies drift through an orbit at extraordinary SPEED.
Astronauts and other objects in various Apollo rockets sent to the moon in 1969 proved all this information, and these objects and astronautes seemed to be floating in the space of the rocket.
So actually the Magnetic Bar stretching from north to south is what causes attraction (gravity), and every concrete object has a Falling Motion or Specific Gravity (Density).
Every concrete object consists of an arrangement of atoms and emptiness. These atoms have particles that also have a magnetic bar in their mass. The magnetic bar on the atom is what ATTRACTS EACH OTHER to the MAGNETICBAR on Earth. The denser the object is with the arrangement of its atoms, the greater the DENSITY or the greater the falling motion.
The difference in atomic density is what differentiates the specific gravity or density of each concrete object.
As a result, a mass that does not have a magnetic bar stretching from north to south does not attract or be pulled, and only two masses that each have a magnetic bar attract each other with a force that is proportional to the distance between them and the magnetic attraction value of each.
Now it is confirmed! Earth is not a disc or a sphere, it has a egg shape! 👍
Lucrative Skywalker!
Every day in space is a bad hair day for the ladies. Just teasing. That was a good picture with you two on the ends.
I want to see a solar sail test conducted from the ISS. It's already big and bright. Make it bigger and brighter.
I wonder...🤔 How long did it take SpaceX to develop and manufacture this craft and how much it cost total? Is it anywhere near what NASA and Boeing spent on their Turd?
Both Boeing and Space X were given contracts in 2014 to design and build crew capsules that could dock at the ISS. The striking difference is that the Space X contract was 2.6 billion $ while the Boeing contract was 4.6 billion??
Space X first tested Dragon in 2020 and began official flights to the ISS in 2021. Starliner was tested twice in early 20's and had difficulties then. This last flight was supposed to be a test flight before becoming certified for crew flights but they continued to have problems with RCS thrusters and helium leaks. These are relatively minor separately, but up to a bigger reliability problem.
You wonder? Google is your friend. Why not find out? Lazy?
@@michaeldeierhoi4096 Michael, now I'm curious about the space suits (EVA and IVA) that NASA contracted for. Did NASA find SpaceX suits? If so, how much funding and when did they contract. Same question - Boeing and NASA?
@@anthonynapolitano9061 It's a good question. I did some research which didn't yield anything new so it would probably take some time to find the answers to your question.
Why are they moving so stiffly? I get it when an astronaut where a big bulky suit does it, but these seem pretty lightweight
The problem is the inside of the suit is pressurized. Imagine climbing into a form fitting balloon and trying to bend your joints. Every bend will result in a crease or fold in the suit that the air pressure will try and force back into a more natural unbent shape. You have to fight against that resistance the whole time. All space suits are like this. It’s just most of the time you see them they are inside a pressurized space capsule with equal pressure on both sides of the fabric making it far easier to bend.
@@ryderdopp8145 wrong, try again.
@@larryslave8173 how exactly am I wrong?
@@larryslave8173he wasnt?
One of the new technologies SpaceX has pioneered in the new suit is using a piece of yarn between the gloves, to keep astronauts from loosing them when they take them off.
Well done! Thanks 🙏
like the car in space, what was that all about?
Looks more like a Space float then a walk. And what is with the creepy arm?
how they found such a big screeem to male that wonderfull movie"?
I guess we'll find out in 9 months if Birth control is also effective off planetary. I mean there's plenty of downtime.
Love the hair. 😉
Why was there no sun light shining on the vehicle or astronaut when they are on the day side of earth?
They started out on the side of Earth that was in daylight, but they complete an orbit in about an hour and a half. The spacewalk was about an hour, so by the time Sarah was done, they were on the other side of the Earth, which you could clearly tell in the video. You can see a small sliver of light, with the rest of the planet in darkness, as well as Dragon and Sarah.
There was.
SpaceX knows the cooling in their suits doesn’t work. They scheduled the minimalist 5 minute EVAs on the darkside of the Earth. The suits were up to 93F after 5 minutes of doing nothing. They have a serious problem with these crappy designer suits.
@@executivesteps the suit is a prototype, and this is the first test. Try not to get so triggered about it...
@@MrAlbertaSurferThe folks who keep lauding these suits need to know they’re crap. The triggering is the folks who think these designer suits are so great. Worse is comparing these suits to bonafide autonomous NASA EVA suits that are used on the ISS.
It’s obvious SpaceX knew these suits would overheat in sunlight and scheduled 5 mi Ute EVAs in the dark. Doing nothing in shade they still reached 93F.
The early Mercury and Gemini programs Spacesuits were primarily air-cooled and relied on fans to circulate air and remove heat. This system was sufficient for limited mobility but displayed serious overheating during Gemini EVA work. Several Gemini missions came close to disaster due to astronaut overheating. NASA developed the Liquid Cooling and Ventilation Garment (LCVG), a liquid-cooled system. This garment featured tubes filled with water that circulated around the astronaut's body, absorbing excess heat. The heat is then transferred to a sublimator in the Portable Life Support System (PLSS), where the heat was vented into space. I am curious how SpaceX is going to solve the potential heating problem by using just air for cooling.
They scheduled their EVAs to be on the darkside of Earth. The suits were at 93F after 5 minutes of no exertion. They have a problem and they know it.
Maybe Boeing should Spacex about how to repair their thrusters and valves.
I'm the biggest space nerd going and was waiting all year for this. But not gonna lie, I was disappointed as hell at this 'EVA'. Imagine paying all that money to have a peek out the door, and barely even in the daylight too.
as a nerd you should of read the mission profile on their website or watched the pre flight press briefing because it described the what and why of what we witnessed. I should add others have pointed out that the mission patch was misleading with a free floating astronaut (maybe that was the plan 2 yrs ago but it would of added too much risk to a first try - the Soviet and US first freely floating spacewalks nearly ended in disaster and were too dangerous and uncontrollable).
Thank you verymuch for sharing. Congrats SpaceX.
I've been thinking that the first person to step foot on Mars might be Jared Isaacman.
Highly highly unlikely… it’ll probably be a black lgbt female. just some dumbass DEI bullshit.
An EVA suit IS a spacecraft.
Spacecraft have propulsion. These suits do not. Suits are also not considered vehicles by anyone, and spacecraft are defined as vehicles.
@@filonin2you must be fun at parties
@@filonin2 so satellites aren't spacecraft?
@@cardboard9124They usually have ion thrusters
@@kujohanagi8361 not all of them
4:33 What are the particles drifting past the craft? I would imagine there is an enormous range of velocities. A grain of sand could be deadly.
ice, probably
@@rbbery Thought of that, but that doesn't answer any of the underlying questions. What determines the velocity? ...direction?
Why isn't it doing serious damage?
Why do you always do a recap at the end of videos? Kind of unusual.
WOW Money is awesome to the MAX
well.. duh!
If you're one of the two that weren't scheduled to spacewalk - how irresistible must the urge have been to at least poke your head outside for just a second?
I tried to watch it but fall asleep
how do they go to the bathroom
space walk to a line of trees in outter space.
Alan Shepard was given permission to piss himself in his suit before he became the first American in space.
A small step forward. How are the suits more advanced than those used for ISS EVAs; or the suits used by Shuttle astronauts fixing Hubble? When/what functional EVA will then be used for? ISS is coming down in the not too distant future, are they usable outside the Van Allen belts (radiation shielded).
Not a nay sayer, but to what purpose other than give a billionaire another bucket list check mark?
The design of the suits used on the ISS is literally 40 years old. Recently they've had to scrub missions because of coolant leaks. Yes, a lot of that technology is very tried and tested, but new materials technology is truly more advanced - look at how slim those suits are compared to the ISS EVA suits.
Isaacman, who has the cash, has demonstrated that EVAs are possible with Dragon, and has suggested that this could result in a boost to the Hubble, furthering its operational lifespan.
Spacesuits don't protect from radiation and never have. The only current 'protection' is mitigation, which is to reduce time exposed.
@@krisdevalle no doubt an engineering success. My point is are they going to be used for something other than this demonstration. Yes, Hubble -- are they capable of being used for a practical purpose, like ISS or Hubble. Is there a plan to use them or is it just a technology demonstration by a billionaire?
@@steves3422 So far it looks like a technology demonstration, but this opens the door to future projects.
Is there a foundational reason to your skepticism?
@@krisdevalle Yes. No mention of their use at ISS or other. Am 37yr aerospace engineer - where are we/they going with this?
@@steves3422 From what I can gather it is primarily about increasing durability and operability of the new spacesuit; in preparation for future Starship missions.
It is intended that the third one of these uses the Starship instead of Dragon.
Given that this is a non-NASA affiliated program, SpaceX needs to get their own dataset on procedures and processes.
What will the ramifications be if they don't make it back to Earth?
Why couldn't they get back to Earth?
@@krisdevalle anything could happen
@@MinorityRespecter88 like what
Can't the ISS stranded crew hitch a ride on the Dragon spacecraft?
Probably different orbits and not enough spare fuel.
That's the plan, just not this particular Dragon. There's a Crew Dragon going up to the ISS in a few months, and only two crew are on board to allow the four-seater to get the Starliner crew back. The other issue is that the Starliner spacesuits aren't compatible with the Dragon spacecraft.
Which is a little like the issue with phone charger ports which took 10 years to become standardized to USB-C.
this Dragon replaced the docking adapter with the Skywalker zimmerframe. But ofc Crew Dragon 9 will pick them up on the way back in Feb.
Spacewalk? They barely popped their heads out over the handle bars. Cool spacesuits though. Nasa will certainly be interested in replacing their decades old suit platform with these.
that was always the plan as Jared explained at the pre-flight briefing - he would look like he was doing a stange dance and free flying served no useful data to testing the suit mobility. Also the shorter the better as with no airlock they were always up against the clock just do what we saw (you can hear the callouts on O2 time).
@@tma2001 Gemini was far more interesting then, over 60 years ago. As the old adage goes, let's catch up by going slower.
@@pm9601 well that's because the point of the program was to perfect rendezvous and docking and EVAs. Its no coincidence it marked the point the US space program left the Soviets behind after all their 'firsts' (which were done by taking risky shortcuts).
fun fact: Buzz 'Dr Rendezvous' Aldrin was the guy who perfected safe EVAs on Gemini 12 with underwater training and handholds on the outside of the capsule. There's a reason the uncontrollable and dangerous free floating spacewalks were never done again as ISS EVA's are more akin to rock climbing with a hooked tether at all times and numerous handholds within easy reach.
More like a space peek
There's no race to the finish. They're taking it nice and easy.
That Is Mind Blowing! The Greatest Event In This Century!!!
It ain't over yet.
Almost as good as Ed White’s Gemini 4 spacewalk 59 years ago. Except he left the capsule completely for 15 minutes and did it in daylight.
Nice try SpaceX.
How can you call it a space WALK when their feet never even left the cabin???
How can you call it a walk when you can't walk in space.
Look up Spacewalk definition
Which is very impressive. Find Willy Wonka’s golden ticket, it’s key.
2:28 Shivers, absolutely beautiful, wow! 🤯😲
Edit: "as life becomes multiplanetary" is a bonkers thing to hear, I hate Elon, but dang... imagine a future where that's the case... that's nuts! 🤯
I would have peed…. Could you imagine being the first dude to piss himself in space…
yeah I peed my self in outer space.. what ever you do, don’t refresh the oxygen, or it’s getting foggy and salty
If you've ever used a glove box, imagine what it would feel like all over your body.
a starship to mars is not happening in 2 years, for now they can't get to earth properly. But even then starship doesnt have enough fuel to go beyond low orbit... So a transfer to mars?? no way
Really informative video..... But I have never heard a more monotone voice in all my life 😂
🐐
Goat. 🐐
why did it call spacewalk? They're just standing on the spacecraft.
Because no one can walk in space. It's not literal.
Awesome! A longer, untethered spacewalk, which is common at the International Space Station, wasn’t possible because only NASA suits are currently equipped with jetpacks that can guide an astronaut back to safety.
The jetpack ( MMU ) was canceled in the late 90s. Astronauts on EVA outside the ISS are tethered. But its not an umbilical just a harness to keep them from floating away.
Some of this look fake to anyone else?
I'm not suggesting that it is fake, just that it looks fake. I wonder if that will blow up into a conspiracy theory?
I didn’t see any walking
i love how boomers complained about glass cockpit in dragon capsule
I don't think that was just boomers.
Do you mean the observation port? I'm a boomer and I like it.
@@paulherbert5548 glass cockpit display instruments
@@SonOfTheChinChin look great to me.
Waste of time and money
I sure hope that Guy don't get a bad case of ass gas all of a sudden
never see a hatch opening in space, its always a cut in footage to unopen to open, why? and why was left arm acting weird 4:20
Waiting for an answer for this also, seeing this puzzled me
ちょい遊泳ではなかったかな🤔
I feel a single compartment capsule is really going backwards, never was a big fan. If something goes wrong on an EVA, there is no quick rescue, among other limiting factors
remember this is just a convenient test platform for Starship which Jared hopes to pilot on its maiden crewed flight (which looks a long way off thanks to the FAA!).
This capsule was never built for this purpose. It was only really meant to be a shuttle between ground and the ISS. They modified it quite heavily to even be able to do this simple, limited, spacewalk. Ultimately spacex probably will probably have a full airlock for the starship to use on the moon and mars. This is just a stepping stone paid for by very wealthy tourists.
@@ryderdopp8145 Are they using this capsule for the next moon landings or does that have its own capsule
@@gamegoof this is a SpaceX Dragon capsule launched on a Falcon 9 rocket from Cape Canaveral Florida, it will likely never be used outside of low earth orbit due to its small size and lack of radiation shielding needed for trips past the Van Allen belts. The currently public plan for both the Moon and Mars is to use a crew variant of Starship launched on a Super Heavy Booster. Both Starship and the SHB are under development in Boca Chica Texas.
@@ryderdopp8145 Isn't Artemis using a capsule for the next moon landing? Interesting if its Starship because to me it doesnt seem like Starship is really ready for space travel.... I dont know enough about it, I always thought Starship was a steel can that works well enough to launch but in terms of Radiation shielding, habitat and life sustaining systems/safety... it was decades behind. , etc
A hear a guy farted and the psi jumped to 12 so they had to delay it by 5 hours to gag and depressurize.
Which exact toilet did Boeing flush 4 billion dollars down? That's a lot of flushes. No wonder it took them so long.
More like space "exposure"...
Popping your head and body out of hatch is NOT a spacewalk. You have to pay NASA more money for a real spacewalk.
Quit calling it a space walk.. it wasn't .. only a try out for the suits and hatch/cabin pressure.. gesssssss
I think there should not be any long hair craft.
For a half century it doesn't seem to have ever been a issue.
i thought the earth is flat woooow it seems its round
Yes grasshopper, the Earth is round ... and the moon is made of Swiss Cheese.
Thanks for this video. You opened my eyes by saing that we are living literally in 2D world....and our society consciousness is the same as in 2D world.
Man, we realy need to go to space space to became a real 3D world society and civilization
Watched it live, and thought the figure in the open hatch with the stiff left arm is a robot
Lol looks fake af
They should have gone off the spacecraft, it would be a real test of the suit...as well it would be hella cool.
They cant. It doesnt have life support systems. Only dragon does.
@@Hungary_0987no they are limited by the cable connecting them to the dragon
Patience, Grasshopper! This is the first time they've ever opened the Crew Dragon hatch to space, and the astronautsare in 'never tried before' suits! It's far better to ensure everything works as expected with a conservative mission profile.
@@varietyeggyes, the life support cable...
Now now, this was a real test.
I really don't think this qualifies as a "spacewalk". If they had actually left the capsule on an umbilical, then yes it would be a spacewalk.
☝️🤓
Can't walk in space. Should call it spacefloat instead.
i didnt see any walked at all.
only floated just about half of the body
who are you that actually questioned this wonderful achievement? Who the..think you are that without any knowledge about space mission and any knowledge about anything judge this milestone? People like you are negative always and try to supress others effort try to reduce and destroy others achievements there is two kind of people who do this, first people and agents from rival companies who want to destroying a company achievement and boost their own company,
Second, people who actually are dumb and don't have knowledge and any success they are ambitious but lazy, they cant tolerate other's efforts and success so try to destroy others instead of try to put their own effort in something to achieve something. I think you are from second group. Please try to learn something and be positive about other's achievements try to reach them by building yourself not by destroying others
If those SpaceX EVA Space Suits are the best we got ? ... Humaans doing much in Space is going to be Extremely Limited ! ..... Those Astronauts could barely Move , and didn't even get completely out the Door ... plus the Woman only got a Night View ... I don't know why they All didn't take a look ? , they went all the way there ! ... But they did it ! So , Congrats !
It's a first design and test. Its the best they got so far. The real world isn't a video game, things don't pop into existence fully developed when a progress bar completes.
wasnt really a walk, geezer stuck his head out
Space walk without making a single step
How many steps can you take while floating in a vacuum?
Pmsl 😂 seriously 😅
Why does the earth look like a egg???? lol
Interesting the Eva was not under full sunlight and why so high up was that to get out of the junk field.
@@wayneschenk5512 They complete an orbit in just over an hour and a half, and the EVA was over an hour, so they travelled more than half way around the world during that time, ending up on the night side of the Earth. And they were at 700kms because they're also testing things like radiation exposure.
Sorry…but that hair is ridiculous.
Nothing. Nothing happened. The view from the inside of the cockpit I believe it's genuine, but I swear to God he looks like a blow up astronaut when they show the outside. His left arm is stuck in a really weird way and it's not moving at all. And the way the entire body is moving is one solid piece not even moving the arms leads me to believe it was fake.
Why bother faking it? What is to gain? Hell of a lot to lose if it is proven to be fake. So again, why bother making a fake Eva?
@@m_jackson why not?
@@m_jackson why bother sending a car into space? the answer was why not
How do the go pee and eat?
@@eddiearndt1949 They don't wear the suits full time. There's a "bathroom" on the Dragon capsule that consists of basically a funnel on a hose that uses light suction, and they pee in that. And #2. There's a small curtain for privacy. And they eat, by like, eating.
They have a toilet
There's an Arby's up there. A little past the Van Allen belts on the way to Mars.
Historic milestone by a private company.
No one should ever listen to Elon talk schedules.
This video was great until they included Musk's fucking bullshit predictions for what they were going to do next. He touted self-driving cars about 8 years ago.
If the goal is to put a tent up on Mars in 20 years, we'll never make it. The earth is in for a BIG surprise in 2034 - ten years from now.
Dont cry flatearthers.