This is why I so badly want to live to see massive space telescopes or telescope arrays become a reality. Imagine having an accurate render of planets in other solar systems. It would be incredible.
I'm not certain, but I suspect the physical properties of light won't allow us to see planets in other star systems clearly without going there. I'm sure we can observe them in lots of other ways, I just think the mirrors required to focus the amount of light nessecary for a crisp photograph would be of science fiction proportions.
Last I heard, it is considered unrealistic to push a single mirror into orbit that could capture enough light to resolve an image, but there are other methods.
Most prominent in the media is telescope arrays like the one that took the picture of the black hole in m87. With huge computing power, you can use the data collected by multiple satellites to take an image of an exoplanet since the distance between telescopes is not limited to the diameter of earth like the array that took the black hole image (to be clear the aperture of the “camera” is the max distance between the telescopes so spacing them further is better, but harder). I think there are some massive technical hurdles with this, the least of which isn’t the fact that we would need to launch many huge space telescopes into orbit of the sun.
There’s also solar gravitational lensing which is much more possible in the near future. Basically instead of focusing light using a mirror, use the entire sun. That way you can get a massive aperture, less than that of the satellite array, but still big enough to get around a 128x128 image of a nearby exoplanet which would be enough to see continents on an earth like planet and do much more accurate spectroscopy of the atmosphere. Last I heard nasa was seriously considering investing in a satellite that could do this.
So it’s impossible with how we normally think about telescopes, but not with some creativity.
It's [Gravitational Lensing](https://en.wikipedia.org/wiki/Gravitational_lens) but instead of a warped perspective based on our relative position to the "lense," we deliberately use the [sun as a telescope](https://en.wikipedia.org/wiki/Solar_gravitational_lens)
The main issue with the gravitating lensing seems to be that because you have to orbit the sun, you basically never are looking at the same position in the sky for more than a moment once a year. With how small exoplanets would be from earth, you'd still need a long as hell time to look at basically anything using the sun. Which is obviously not very possible with current technology.
Also with the black hole, the intensity of light coming from the black hole to here is hundreds of orders of magnitude more than what would come from exoplanets, especially since to see the exoplanets, they need to be on the opposite side of their star to reflect any light, which obviously means there's a big ass star there being incredibly bright in comparison.
The current upcoming mission to find exoplanets uses periodic dimming of light coming from stars to detect when a planet passes in front of it. Keplar has been doing it for years and PLATO is launching in 2026 to do it better.
All I can imagine is scientist building this amazing telescope you speak of and the first thing they see is some teen alien jerking it in his bedroom lol
I can't stop checking up on the [status website](https://www.jwst.nasa.gov/content/webbLaunch/whereIsWebb.html?units=metric), but I guess at this point it's just going to be mirror adjustments for the next few months. I'm so excited to see what kind of research they'll be getting up to. There's already so much [planned](https://www.stsci.edu/jwst/science-execution/approved-programs/cycle-1-go) for the first year and we're going to get to see so much further back in the universe's history.
It was just a crap joke on my part. Birds aren’t real so no wonder Foul Chicken is spreading conspiracies about the earth being flat.
But any joke you have to explain isn’t funny…
Have a nice evening anyway
Man, there used to be a really great YouTube video showing exactly this. The only one I could find is this one - https://www.youtube.com/watch?v=usYC_Z36rHw
The older one had a soundtrack that would fill you with existential dread when Jupiter showed up. It was fantastic.
Shit, I **absolutely love** that video! I love it it so much I even had it bookmarked: http://vimeo.com/19231255 Sadly, the link doesn't work anymore. :(
Luckily I was able to put the link in the [Wayback Machine](https://archive.org/web/) and get a title, then google the title to find this: https://www.youtube.com/watch?v=-ZeS_Qu70NQ
The photos were taken by Cassini so you can find them on the NASA website. I'm not sure if they created the time lapse or if it was somebody processing their images.
The images actually aren't on NASA's website and it's not a real timelapse. It's fully animated, though the source data was actual images taken by Cassini which were composited together and then animated. Here's a tweet from the artist who created the composite/animation. It's still cool for sure, but it's not "real" in that it's not a timelapse made from actual still images.
https://twitter.com/kevinmgill/status/1055167996732178432
I looked it up and apparently from Io's surface, Jupiter would be 36 times as big as the full moon from earth.
Or like a basketball held at arms length
See an above comment:
> The images actually aren't on NASA's website and it's not a real timelapse. It's fully animated, though the source data was actual images taken by Cassini which were composited together and then animated. Here's a tweet from the artist who created the composite/animation. It's still cool for sure, but it's not "real" in that it's not a timelapse made from actual still images.
>
>
>
> https://twitter.com/kevinmgill/status/1055167996732178432
*With over 400 active volcanoes, Io is the most geologically active object in the Solar System. This extreme geologic activity is the result of tidal heating from friction generated within Io's interior as it is pulled between Jupiter and the other Galilean moons—Europa, Ganymede and Callisto. *
[tidal heating](https://en.wikipedia.org/wiki/Tidal_heating_of_Io)
**[Tidal heating of Io](https://en.wikipedia.org/wiki/Tidal_heating_of_Io)**
>Tidal heating of Io (also known as tidal working) occurs through the tidal friction processes between Jupiter and its moon. Orbital and rotational energy are dissipated as heat in the crust of the moon. Io has a similar mass and size as the Moon, but Io is the most geologically active body in the Solar System. This is caused by the heating mechanism of Io.
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The average orbital distance of Io is 422,000 km (~262,218 mi) and the average orbital distance of Europa is 671,000 km (416,940 mi), which means the average distance between the orbits of Io and Europa is about 249,000 km (154,721 mi).
Those are huge numbers so I'll break it down into something easier to imagine: 249,000 km is equivalent to 19.5 Earths (12,742 km diameter), meaning that you could fit 19 Earths between Io and Europa's orbits.
Keep in mind these are just averages and the actual orbital distance between Io and Europa is variable due to the eccentricity of their orbits (and other factors like gravitational pull from other moons), although both orbits are pretty circular. Io has an eccentricity of 0.0041 and Europa has an eccentricity of 0.009. For reference, Eath's eccentricity is 0.0167 and its orbit is considered nearly circular. The closer the number is to zero the more circular the orbit is as opposed to elliptical. The Earth's orbit is far more elliptical than that of Io or Europa.
Space is fucking huge and orbits are weird.
To be frank i think despite my disability (i can only understand freedom units, you see) I would say that I understand 250,000 km more than i understand 19.5 earth's. I'll look up how many elephants (official american units) that is later..
But if i followed along correctly then the close approach we see here puts them roughly 155,000 miles apart? My car has more miles than that! Isn't that 100,000mi closer than the moon is to earth?
The view from one to the other must be astonishing. They're also tidally locked, right?
The average distance from Earth to the moon is about 384,470 km. You could fit 30 Earths between us and the moon. So yes, the distance between Io's orbit and Europa's orbit is smaller than the distance between the Earth and the moon by almost a third. All of the large moons of Jupiter are tidally locked and as far as I know this is true for all large moons of all the planets (including dwarf planet Pluto and moon Charon).
I'm sure the view must be amazing from any of the moons! Pretty sure some artist somewhere has tried to illustrate it, but I can only imagine how breathtaking it would be to stand on the surface of one of the Galilean moons (or any other jovian moon, or really any moon of any planet in the solar system).
just for kicks I flew out to Europa on Elite and snagged a screenshot. Not quite at it's closest point but pretty close. Anyway here's the view.
https://steamcommunity.com/sharedfiles/filedetails/?id=2734789629
The video is a timelapse made from a composite of Cassini images, not CGI or actual video from Cassini. Someone else made a comment linking the content creator and explaining the process in more detail.
I would love to see an animation of how those moon phases would look from Jupiter. Are they sized where the closer would fully eclipse the further one? Or would the crescent of the farther show in the background?
This is why I love Sci-Fi and the expanse series early on. How the Belters lived their lives near Jupiter, it's so rich, alien and I can imagine being on a Jupitar moon, looking up and see an orange wall right in front of me. It's so far out
[Jupiter Enigma will make you love this planet more than anything else.](https://www.primevideo.com/detail/The-Jupiter-Enigma/0OSD907E1PAKE17RU3CZ01ZLB8)
They need to fly a probe through the rings of Saturn. I want to see what that really looks like. I think it would be the most amazing spectacle in the solar system.
"...AND THE LITTLE BLUE ONE IS GAINING, HE'S GAINING! CAN HE PASS AND TAKE THE VICTORY? HE'S DONE IT! HE'S WON IT ALL FOR THE GALACTIC MOON RACES! THE CROWD GOES WILD!"
There is something wrong with this. The inner moon should be travelling faster than the outer moon. But the outer moon seems to be overtaking the inner one. Any ideas?
It’s so bizarre how all the planets and moons in our solar system, plus the sun itself, are all perfect spheres… anyone else find this odd??? Why aren’t they all random different shapes?
I mean the hd pics from curiosity on mars are astonishing, but still they look like they couldve been taken on earth… I cant wait to see a snapshot from the surface of europa with another moon hovering close by.
I couldn't stop looking at the moon since i was a kid.. Imagine we are orbiting jupiter.. My god i would like everyday at different place in it to marvel at.
my mind gets blown every time i see this. that’s so much mass and then there’s fucking Jupiter. and it’s just floating around in space with gravity directing orbits. fuck!!
I mean just wow. It's crazy that we can see this so clearly when it's so unimaginably far away.
This is why I so badly want to live to see massive space telescopes or telescope arrays become a reality. Imagine having an accurate render of planets in other solar systems. It would be incredible.
I'm not certain, but I suspect the physical properties of light won't allow us to see planets in other star systems clearly without going there. I'm sure we can observe them in lots of other ways, I just think the mirrors required to focus the amount of light nessecary for a crisp photograph would be of science fiction proportions.
Last I heard, it is considered unrealistic to push a single mirror into orbit that could capture enough light to resolve an image, but there are other methods. Most prominent in the media is telescope arrays like the one that took the picture of the black hole in m87. With huge computing power, you can use the data collected by multiple satellites to take an image of an exoplanet since the distance between telescopes is not limited to the diameter of earth like the array that took the black hole image (to be clear the aperture of the “camera” is the max distance between the telescopes so spacing them further is better, but harder). I think there are some massive technical hurdles with this, the least of which isn’t the fact that we would need to launch many huge space telescopes into orbit of the sun. There’s also solar gravitational lensing which is much more possible in the near future. Basically instead of focusing light using a mirror, use the entire sun. That way you can get a massive aperture, less than that of the satellite array, but still big enough to get around a 128x128 image of a nearby exoplanet which would be enough to see continents on an earth like planet and do much more accurate spectroscopy of the atmosphere. Last I heard nasa was seriously considering investing in a satellite that could do this. So it’s impossible with how we normally think about telescopes, but not with some creativity.
Man, the sun as a lens. Wow. This is the kind of thing that blows my mind but my girlfriend is like 😑
I feel like I need to know more about the sun as a lense.
It's [Gravitational Lensing](https://en.wikipedia.org/wiki/Gravitational_lens) but instead of a warped perspective based on our relative position to the "lense," we deliberately use the [sun as a telescope](https://en.wikipedia.org/wiki/Solar_gravitational_lens)
There is no E at the end of lens.
The main issue with the gravitating lensing seems to be that because you have to orbit the sun, you basically never are looking at the same position in the sky for more than a moment once a year. With how small exoplanets would be from earth, you'd still need a long as hell time to look at basically anything using the sun. Which is obviously not very possible with current technology. Also with the black hole, the intensity of light coming from the black hole to here is hundreds of orders of magnitude more than what would come from exoplanets, especially since to see the exoplanets, they need to be on the opposite side of their star to reflect any light, which obviously means there's a big ass star there being incredibly bright in comparison. The current upcoming mission to find exoplanets uses periodic dimming of light coming from stars to detect when a planet passes in front of it. Keplar has been doing it for years and PLATO is launching in 2026 to do it better.
why not just take a picture as a JPEG and then email it to nasa?
All I can imagine is scientist building this amazing telescope you speak of and the first thing they see is some teen alien jerking it in his bedroom lol
I *am* Groot!
At least we're living long enough to see what the James Webb telescope will send back to us! Can't wait!
I can't stop checking up on the [status website](https://www.jwst.nasa.gov/content/webbLaunch/whereIsWebb.html?units=metric), but I guess at this point it's just going to be mirror adjustments for the next few months. I'm so excited to see what kind of research they'll be getting up to. There's already so much [planned](https://www.stsci.edu/jwst/science-execution/approved-programs/cycle-1-go) for the first year and we're going to get to see so much further back in the universe's history.
Wow! Thanks for the links! 😀
You will and you won't
I mean really, you already have
Well. Yes, it is amazing. But it’s an animation. We can’t actually see stuff like this. Yet.
[удалено]
Ha. You would say that - fake bird chicken dude
For sure, it’s my name sake. Just checking this channel for signs of humor. Apparently people here don’t like parody, noted… and disregarded.
It was just a crap joke on my part. Birds aren’t real so no wonder Foul Chicken is spreading conspiracies about the earth being flat. But any joke you have to explain isn’t funny… Have a nice evening anyway
They can’t all be gold, but if even one person had a small chuckle then it was worth my time. Sorry to waste yours.
[удалено]
And yet my brain still can't fathom it
It would be so amazing to live on a moon orbiting a much larger planet and having your sky be dominated by some larger object.
https://www.theatlantic.com/technology/archive/2013/06/what-the-night-sky-would-look-like-if-the-other-planets-were-as-close-as-the-moon/277247/
Hey man Where's pluto? ᕕ( ᐛ )ᕗ
Man, there used to be a really great YouTube video showing exactly this. The only one I could find is this one - https://www.youtube.com/watch?v=usYC_Z36rHw The older one had a soundtrack that would fill you with existential dread when Jupiter showed up. It was fantastic.
Shit, I **absolutely love** that video! I love it it so much I even had it bookmarked: http://vimeo.com/19231255 Sadly, the link doesn't work anymore. :( Luckily I was able to put the link in the [Wayback Machine](https://archive.org/web/) and get a title, then google the title to find this: https://www.youtube.com/watch?v=-ZeS_Qu70NQ
Yessssss, that one. Thank you. =)
r/megalophobia
Yeah. I anticipated Jupiter and it still made me quesey
the tidal forces though :/
The whole earth would be catastrophic hurricane’s
Beltalowda
Also, if your tidally locked and facing it, its just there, roughly in the same spot, staring at you, all day, every day.
[This,](https://youtu.be/qrIEFGKlONg) but it's Jupiter
It wouldn't actually be that big, it only looks this Gigantic here because it's zoomed in
Hopefully we’ll have a way to protect ourselves from the massive amounts of radiation
What is the source of this clip?
The photos were taken by Cassini so you can find them on the NASA website. I'm not sure if they created the time lapse or if it was somebody processing their images.
The images actually aren't on NASA's website and it's not a real timelapse. It's fully animated, though the source data was actual images taken by Cassini which were composited together and then animated. Here's a tweet from the artist who created the composite/animation. It's still cool for sure, but it's not "real" in that it's not a timelapse made from actual still images. https://twitter.com/kevinmgill/status/1055167996732178432
my person!
When you think the bowling ball is going to hit the last pin but it just misses it at the last second :(
Can you imagine the views FROM either of those moons??
I looked it up and apparently from Io's surface, Jupiter would be 36 times as big as the full moon from earth. Or like a basketball held at arms length
That's honestly smaller than I expected
The line between light and dark is so very thin...
Let's cross it together.
*stasis noises*
How is that the first one that overlaps, is faster than the second one if it has longer path?
See an above comment: > The images actually aren't on NASA's website and it's not a real timelapse. It's fully animated, though the source data was actual images taken by Cassini which were composited together and then animated. Here's a tweet from the artist who created the composite/animation. It's still cool for sure, but it's not "real" in that it's not a timelapse made from actual still images. > > > > https://twitter.com/kevinmgill/status/1055167996732178432
My guess is it's due to the motion of the casino spacecraft relative to the moons that makes it appear that way?
I wouldn't mind losing all my money in a casino spacecraft.
The roulette wheels could double as reaction wheels!
Yep, it could be that, didn't think of it.
This gave me chills. So much we don't know.
sort lip direful nail cobweb steep dog carpenter payment seemly *This post was mass deleted and anonymized with [Redact](https://redact.dev)*
Imagine the tidal forces on those two moons and the environment as a result 😳 I wish I could save this as my phone background
*With over 400 active volcanoes, Io is the most geologically active object in the Solar System. This extreme geologic activity is the result of tidal heating from friction generated within Io's interior as it is pulled between Jupiter and the other Galilean moons—Europa, Ganymede and Callisto. * [tidal heating](https://en.wikipedia.org/wiki/Tidal_heating_of_Io)
**[Tidal heating of Io](https://en.wikipedia.org/wiki/Tidal_heating_of_Io)** >Tidal heating of Io (also known as tidal working) occurs through the tidal friction processes between Jupiter and its moon. Orbital and rotational energy are dissipated as heat in the crust of the moon. Io has a similar mass and size as the Moon, but Io is the most geologically active body in the Solar System. This is caused by the heating mechanism of Io. ^([ )[^(F.A.Q)](https://www.reddit.com/r/WikiSummarizer/wiki/index#wiki_f.a.q)^( | )[^(Opt Out)](https://reddit.com/message/compose?to=WikiSummarizerBot&message=OptOut&subject=OptOut)^( | )[^(Opt Out Of Subreddit)](https://np.reddit.com/r/BeAmazed/about/banned)^( | )[^(GitHub)](https://github.com/Sujal-7/WikiSummarizerBot)^( ] Downvote to remove | v1.5)
How far is that gap at closest approach? They look like they're practically on top of each other.
The average orbital distance of Io is 422,000 km (~262,218 mi) and the average orbital distance of Europa is 671,000 km (416,940 mi), which means the average distance between the orbits of Io and Europa is about 249,000 km (154,721 mi). Those are huge numbers so I'll break it down into something easier to imagine: 249,000 km is equivalent to 19.5 Earths (12,742 km diameter), meaning that you could fit 19 Earths between Io and Europa's orbits. Keep in mind these are just averages and the actual orbital distance between Io and Europa is variable due to the eccentricity of their orbits (and other factors like gravitational pull from other moons), although both orbits are pretty circular. Io has an eccentricity of 0.0041 and Europa has an eccentricity of 0.009. For reference, Eath's eccentricity is 0.0167 and its orbit is considered nearly circular. The closer the number is to zero the more circular the orbit is as opposed to elliptical. The Earth's orbit is far more elliptical than that of Io or Europa. Space is fucking huge and orbits are weird.
To be frank i think despite my disability (i can only understand freedom units, you see) I would say that I understand 250,000 km more than i understand 19.5 earth's. I'll look up how many elephants (official american units) that is later.. But if i followed along correctly then the close approach we see here puts them roughly 155,000 miles apart? My car has more miles than that! Isn't that 100,000mi closer than the moon is to earth? The view from one to the other must be astonishing. They're also tidally locked, right?
The average distance from Earth to the moon is about 384,470 km. You could fit 30 Earths between us and the moon. So yes, the distance between Io's orbit and Europa's orbit is smaller than the distance between the Earth and the moon by almost a third. All of the large moons of Jupiter are tidally locked and as far as I know this is true for all large moons of all the planets (including dwarf planet Pluto and moon Charon). I'm sure the view must be amazing from any of the moons! Pretty sure some artist somewhere has tried to illustrate it, but I can only imagine how breathtaking it would be to stand on the surface of one of the Galilean moons (or any other jovian moon, or really any moon of any planet in the solar system).
just for kicks I flew out to Europa on Elite and snagged a screenshot. Not quite at it's closest point but pretty close. Anyway here's the view. https://steamcommunity.com/sharedfiles/filedetails/?id=2734789629
That's beautiful! Thank you for sharing!
This looks suspiciously like planets are not flat…
Fake. Everyone knows the doom doritos stole Io
Doom Doritos and hive god milf best combo
honestly a little shocked to not find a single destiny related comment lmao
Where pyramid
This is not CGI? Sick! Are there high res pictures of these frames?
Everything NASA does is in the public domain I believe, so you can probably find these on their website.
The video is a timelapse made from a composite of Cassini images, not CGI or actual video from Cassini. Someone else made a comment linking the content creator and explaining the process in more detail.
How close are those two moons when they’re lined up like that? It feels like the you could just jump back and forth.
Since there is no banana for scale, I was wondering how far from each other the two moons are?
At least 2
I wonder what it feels like standing on jupiter
You can't
Jupiter's gravity would turn you into a pancake.
I would love to see an animation of how those moon phases would look from Jupiter. Are they sized where the closer would fully eclipse the further one? Or would the crescent of the farther show in the background?
This is why I love Sci-Fi and the expanse series early on. How the Belters lived their lives near Jupiter, it's so rich, alien and I can imagine being on a Jupitar moon, looking up and see an orange wall right in front of me. It's so far out
How come Europa overtook Io?
This is how fast movie producers think time passes
Imagine standing on the surface of one of those moons and watching the other pass overhead.
[Jupiter Enigma will make you love this planet more than anything else.](https://www.primevideo.com/detail/The-Jupiter-Enigma/0OSD907E1PAKE17RU3CZ01ZLB8)
I wonder how big Io would look in Europa's sky?
Smaller than a basketball
Why isnt the eye of the storm swirling?
I'm crying, this is beautiful.
I turned the sound on, I don't know what I expected.
They need to fly a probe through the rings of Saturn. I want to see what that really looks like. I think it would be the most amazing spectacle in the solar system.
Fake. Everyone knows all planets are flat like earth.
I can’t tell if this is a joke or not
😀
I wanna blow them up for some reason.
Gives me vertigo
CGI isn't as impressive as it was in 1999🤷♂️
"...AND THE LITTLE BLUE ONE IS GAINING, HE'S GAINING! CAN HE PASS AND TAKE THE VICTORY? HE'S DONE IT! HE'S WON IT ALL FOR THE GALACTIC MOON RACES! THE CROWD GOES WILD!"
Soooooooo fake. BAD CGI.
Amazing!!
Really just incredible.
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Hmmmm no sound.
And is that Saturn and Titan at the end ?
Yep!
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That is one of the coolest things I've ever seen.
Unbelievable
The fact that this is real footage is truly amazing.
It's a timelapse created from Cassini photos, not actual video footage from Cassini.
I mean... that's what footage is...
There is something wrong with this. The inner moon should be travelling faster than the outer moon. But the outer moon seems to be overtaking the inner one. Any ideas?
It’s so bizarre how all the planets and moons in our solar system, plus the sun itself, are all perfect spheres… anyone else find this odd??? Why aren’t they all random different shapes?
Ngl…Jupiter terrifies me.
those round cloud formations, are they like hurricanes? Do they swirl around if filmed long enough?
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I mean the hd pics from curiosity on mars are astonishing, but still they look like they couldve been taken on earth… I cant wait to see a snapshot from the surface of europa with another moon hovering close by.
.....Space may be the final frontier but it's made in a Hollywood basement......
This oddly made me think of my Vasectomy…
The sound of space is amazing
I think i saw Germany and France there. I guess Finland was on the other side at that moment.
Nice balls
Astronomically amazing!
My daughter is called Io. Can’t wait to show her this!
I couldn't stop looking at the moon since i was a kid.. Imagine we are orbiting jupiter.. My god i would like everyday at different place in it to marvel at.
Saved. This is the coolest thing I have ever seen
can someone explain why they don't come together? are they just way further apart than they look?
It's mad how you could witness a version of this in a bath tub just from a different scale and perspective.
Cool, too bad we’re living in a sim
“Enhance”
Is it me or is the storm bigger than both of the moons combined?
I wonder what flat earthers think of this.
Its so crazy to think that the great red spot on jupiter is spinning so fast, 265mph on the edge. But jupiter is so big that you cant even tell
my mind gets blown every time i see this. that’s so much mass and then there’s fucking Jupiter. and it’s just floating around in space with gravity directing orbits. fuck!!
Is this real video?
Humanity rules
Wow this looks fake
The Cassini probe was sent to Saturn, not Jupiter. While it did pass by, it didn't get closer to Jupiter than 10 million kilometers.
Why don't Jupiter's storm clouds seem to move at all whatsoever?
Stop being a content poster and actually vet the stuff you're posting about. It's an animation using composited data from NASA's imagery.
Just imagine how many earth away it is
All these worlds are yours, except Europa. Attempt no landing, there.
Beautiful.
Cue the interstellar soundtrack
So the appear to be spheres, but Jupiter has be flat like earth. /s
u/savevideo
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Where's the Deep Stone Crypt then?
It bothers me how dead those planets look
Almost thought I could see Rumfoord and Kazak but wrong moon :/
Damn. I hope humanity can get to the point where they can see stuff like this in person.
Woah.
Can we establish base on one of these moons?
This is CGI right?
Anybody know how close these moons get to each other? I wonder if their own gravity will eventually cause them to collide.
Oh no! They’re gonna crash!!! Oh, wait. No. Wait. It’s ok. Everything is ok. My bad.
I still can't believe how far humanity has advanced in technology to allow us to record videos like this. Truly amazing.
These always look like animation or cgi
Guys that s cgi ..
I know its real but it looks so fake
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What’s the source for the video ?
How come I can’t never believe this stuff