How High Can You Jump on Planets of the Solar System
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- Опубликовано: 7 янв 2025
- How high could you jump on each planet? In this video you will see how gravity is on each each planet of the Solar System. Since gas giants (Jupiter / Saturn) and ice giants (Uranus / Neptune) have no known surface we will be using a ship. I used the very realistic game/program ''Space Engine'' to make this video. Jumping height. Space Engine
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Music Info: Among The Stars - AShamaluevMusic.
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I can imagine some future influencer jumping off of Phobos to Mars for views.
lmao
When humans colonize the solar system, we'll discover 100x more ways to die.
@Huckjustano, I think he's gone (amazing comment btw)
If you jumped off of Phobos, you would end up in an orbit around Mars similar to that of Phobos. Jump height is the furthest distance from the surface reached by jumping so the furthest you would be from Phobos would be when you are both on opposite sides of your orbits and since your orbits are similar, that distance is approximately Phobos' semi-major axis (Phobos' average distance from Mars' center) x 2 which equals 18 752km.
This means jump height on Phobos is very roughly 18752km but not infinity.
Just gonna copy paste this comment i wrote earlier, because i think it's important.
That's not actually true. I know i'm late on this comment but, a simple Wikipedia search will tell you that Phobos' escape velocity is 41 km/h or 11 m/s. That's a speed humans just can't reach with a jump. So even in a low gravity environment like Phobos it'd be extremely difficult if not completely impossible to jump off. So yes, you can safely jump there. I can't verify this, but i remember seeing a video calculating how high you'd actually jump on Phobos, and it was in the ballpark of 800 meters. Assuming this is right, that's not enough to escape Phobos' hill sphere. By a factor of TWENTY.
Even Deimos, who has an escape velocity of 20 km/h or 5 m/s would require an extremely powerful jump to escape from. Just doing a regular jump won't make you escape it's hill sphere either.
So yes, it's misinformation. Please do your own research before blindly believing in something!! And just in case you don't know, the hill sphere is the space around an object where it's gravity is most dominant. Basically the gravitational ''bubble'' around an object.
@@martbro135 True. No human can jump with that much force. However, Usain Bolt's top speed is 44km/h which is just above Phobos' escape velocity. Of course he would begin orbiting Phobos before reaching that speed but the pericenter of his orbit would always be at the altitude of the terrain he took off from so he could like skip off of Phobos and build up speed until the eccentricity of his orbit becomes great enough to escape Phobos. The velocity he needs could be lower because Phobos is not a still sphere but a spinning potato. Phobos' rotation could give Usain at most an extra 11km/h speed boost. Usain could also start from a higher elevation where Phobos' gravity is weaker and therefore easier to escape.
Of couse pulling this off would be extraordinarily difficult. Usain would need to reorient himself to land feet first with every pass which is easier said than done and may miss the terrain at times because Phobos' rotation and potato shape means the terrain might be too low at times. If his pericenter raises too high, he would get stuck in orbit around Phobos.
@@warpey5632Forced to orbit Phobos, a fate worse than Detroit
@@unionxenon indeed
*Meanwhile in Phobos:*
*Gym Teacher:* 50 jumping jacks
Redbull in: 2100
Okay guys ready to jump from Phobos to reach mars orbit 😎
In Mars system, you can become a moon if you dont watch your step
Damn! I'm still having nightmare about jumping of Phobos
I wonder if you could jump off Phobos and land on Deimos if you timed it correctly?
@@Meow_Zedong_1949 Yeah but you would most likely smack into Deimos extremely fast
@@NclogicLMAO not really, the speed of the jump on phobos will barely get you to deimos and since and since deimos has such little gravity,u will most likely feel a soft impact
Except that's not actually true. I know i'm a year late on this comment but, a simple wikipedia search will tell you that Phobos' escape velocity is 41 km/h or 11 m/s. That's a speed humans just can't reach with a jump. So even in a low gravity environment like Phobos it'd be extremely difficult if not completely impossible to jump off. So yes, you can safely jump there. I can't verify this, but i remember seeing a video calculating how high you'd actually jump on Phobos, and it was in the ballpark of 800 meters. Assuming this is right, that's not enough to escape Phobos' hill sphere. By a factor of TWENTY.
Even Deimos, who has an escape velocity of 20 km/h or 5 m/s would require an extremely powerful jump to escape from. Just doing a regular jump won't make you escape it's hill sphere either.
So yes, it's misinformation. Please do your own research before blindly believing in something!! And just in case you don't know, the hill sphere is the space around an object where it's gravity is most dominant. Basically the gravitational ''bubble'' around an object.
i dont think youre going to phobos anytime soon
In phobos you can jump to Mars, EPIC
You can't. You will end up in orbit.
thats not how it works
@@accountthatillusetocomment3041 It was a joke, obviously it's impossible and (I think) if you could reach the atmosphere you would disintegrate
@@Crassus464 yeah
@@Crassus464 i think the pressure of 6 millibars shouldn't desinregrate you
Judge: Death Penalty for you
Defendant: Finally , a quick death!!
Judge: Send defendant to Phobos and make him Jump
At least its a nice view
Jumping is a bit more physiological issue than purely physical. Beside weight, it also depends of how fast you can move your legs.
Because of that, it is quite improbable that you can jump 6 times higher on the moon.
The best test to know would be building a long rail leg press machine and push away the footplate with a load equivalent to your weight on Earth, measure how high it goes and then do it again with the equivalent weight on another celestial object and apply the Rule of Three
(Or, if you're really into leg press machine tunning, make if with variable inclination. The lunar gravity, for example corresponds to 10° to the horizontal)
I love that tree. It survived Venus’ harsh atmosphere!
This is cool! Love your videos!
Thank you so much!
I loved this video! The scales were very accurate! Just one question, what did you use to make this video? Was it a simulation, and if so, is it publically avaliable? This would be really cool to try out.
Space Engine!
@@Stargaze_youtube Thank you so much!
Now, how would throwing things on other planets look like??
Example: a shot put on Earth can be thrown 20-23 metres.
On Mars, that could be 60-70 metres.
A javelin throw on Earth can exceed 90 metres. That same throw can go for 900+ metres on Pluto.
The legend says that hes still jumping to this day
cool video but how do you jump cause it looks cool to use!!!!
j'adores l'idée!!!
tes animations sont de + en plus belles !! continue stp je te soutiens en likant
Merci à toi ;)
I would love to go to the Moon one day, if for no other reason than to make a bunch of Mario noises every time I jump. I'd even try Triple-Jumping like Mario by frontflipping on a third jump.
God knows I'd never stand a chance doing that on Earth.
Eris/Pluto would be good too. Beyond that, it'd take too long to come back down to be any fun.
So Eris has a larger density than Pluto. It would be nice to see also a jump on Mars. I know that it is mentioned that it is like Mercury, but the red-orange-yellow environment and atmosphere looks very different from Mercury and Moon. After all, we hope that we will see some real astronauts jumping on Moon again and on Mars for the first time.
Mercury's and Mars' surface gravity are almost exactly the same so there is no point in showing both of them.
4:53 jumping on Phobos be like
CONGRATS FOR 20K BRO
Thanks man. So happy about it! 20k is a lot of ppl now.
I don’t like how you jump up and it immediately goes down…
Loved bringihg the tree and rock with us. Made it less lonely
4:51
Now you are third moon of mars
Now i see human eclipse s
3:29, it looks less then 16 meters, you said tree’s height is 10 meters tall, it looks like if it jumped less then 16 meters, rather i think its 13 meters
I love your channel! Is there any way you could show us what some objects in space would look like to the naked eye? (I.e without the use of a long exposure camera?)
This is late but they would appear just like you imagine them to be, just without much stars
@@polishkerbal6920 Also, with a little less color!
@@StarwayBunny true
Hello et merci pour la vidéo ! Comment sauter dans space engine ?
I just wonder, how fast they would be moving just before the moment of impact on all of these jumps.
the same
It's the same as the moment right after you jumped.
How were you able to jump on the planets?
He used some camera tricks😁
Would the Fall from 16m or more "hurt" less or equal since theres less gravity? Less right?
ah yes, my favorite planets
*phobos and the moon*
I love the jump from Phobos.
5:00 I'm sure I'm having a nightmare about this some night...
how do you jump in space engine
You can't i just used some camera tricks
Brb...going to eris to do some windmill dunks
Dude what the hell is this song I like it
it seems to me that the speed is not accurate, or that the jump speed is constant
me too
jump height= escape velocity?
Don't jump on Phobos 💀
On some of these wouldnt you just float away?
In the video, only on Phobos. The rest have enough gravity.
So the lunar rover was supposed to jump 2.7 meters off the surface of the moon,
right guys,
you see because the rover was not wearing a spacesuit...
Est-ce que tu me comprends?
Playing truth or dare on phobos : Jump
On the sun, you wouldn't even be able to stand up....
Can jump on Sun gravity: You cannot jump because a staying in Sun here will be too heavy
Venus have trees 😘😘😅😅😅
If you will jump on Phobos, it may fall into Mars!
at 2:50 i saw the big dipper
Sobbing music 😢
The moons a planet..? 2:02
Eris also have no trees
Phobos mass: 1.1*10^16
Average radius: 11.1 km
Escape speed for Phobos: √(1.1*10^16 / 11100 * 1.3*10^(-10)) = 11.4 m/s
Jump speed: 3 m/s
LOL
ufonen
0:44 1:17
ITS IMPOSSIBLE TO HAVE A TREE IN VENUS LOOK GUYS!!!!!!!!!!!
👍👍
Including Ceres
Phobos too massive to escape it
People that know "orbit" exists: 😊
People that think they will float off into the void of space: 💀
orbit exists but it dosent change shit
to have an orbit, u need to have a specific speed relation to the object to start spining around with gravity and centrifugal forces, all u would have is the force of your jump and that wont do shit
Hi Iam see your video
Pluto also
Umbriel no
Phobos be like!
Bro you’re using space engine, you can’t trick us
Hahaha haha you jokers don't you get it guys Stargaze is fooling everybody there is no trees on Venus Stargaze is just faking it
Did your dumbass think there were?
Slow video!