🪐 JUMP on other PLANETS 🡆 3D Comparison

How high you would jump on other planets or moons?
In this video we represent the average jump height of a person on Earth and its equivalent in other worlds of the Solar System.

Note: Gaseous giants gravity (eq., 1 bar) can vary according to the source.

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🎵MUSIC: (Youtube Library)
Depth Fuse - French Fuse

📝SOURCES:

[MetaBallStudios]

🪐 In this video we represent the average jump height of a person on Earth and its equivalent in other worlds of the Solar System.
In the case of Phobos, he would not have enough speed to escape its gravity, so he would end up returning.

🪐 En este video representamos la altura promedio de salto de una persona en la Tierra y su equivalente en otros mundos del sistema solar.

En el caso de Phobos, no tendría suficiente velocidad para escapar de su gravedad, por lo que terminaría regresando.

[ComicalRealm]

I can imagine Trampolines going out of business once we reach Phobos

[Hexablu]

I know its just for example but i find it very funny to imagine an astronaut getting to travel to every planet in our solar system only just to jump once and leave haha

[MasterHero]

2:07 "I have to go now. My planet needs me."

[markzambelli]

Two interesting things to note...

1) at the Sun's surface, assuming perfectly heat-sheilded, you'd feel around 28g (without restricting suits etc, the average person will experience g-LOC (loss of consciousness) at around 5g or 6g when held for 10 seconds or so (laying down would be better). Fighter pilots with specialised suits can take 9g or 10g for only a few seconds, then they're in trouble (sustained is fatal)... interestingly, people can handle/survive very rapid changes in g forces that far exceed these values (couple hundred g's but they are for fractions of a second only (car crashes etc)

2) no matter how high you jump on any of these bodies, you will always land with exactly the same force as your push-off felt, so you can nail Deadpool's "superhero landing" everytime with no knee-pain.

[Indoor_Carrot]

I love that little salute before he literally Jumps off of Phobos. XD

[krishnashourya]

Jumping on Phobos = instant launch to space

[cypherbrittainnethegodofsl]

Love how Mars is like twice the mass of Mercury but Mercury is so dense that both have similar surface gravity.

[tregoboing]

It would be an awesome feeling to jump 30-50m. You know you'll have a reasonably soft landing but would still brick it a bit the first time.

[ScienceAsylum]

I love perspective/scale stuff like this 🤓

[chrisbustos]

I'd be scared jumping on smaller celestial bodies. I'd feel like I'd fling myself into space, especially seeing the blackness of it due to no atmosphere. I know that it wouldn't ever be possible with just human strength, but suddenly being able to jump 5 meters high would freak me out.

[MrAledro]

If I would find myself on the surface of the sun, jumping would be my very last concern 🤣

[HHH]

What should be the minimum possible mass of planet on which if we jump, will still remain on that planet and won't launch into space? 🤔

[Sibogy]

I love how you're still making these entertaining videos all these years later.

[smf]

I love how we went from comparing sizes in the universe to comparing the things humans can do in these planets. Thanks for making these, they're very entertaining!

[superchickenlips]

In 1000yrs, someone resembling a human being but way more evolved, is going to recreate this video IRL.

[urnan]

2:37 LIKE ARE WE JUST NOT GONNA TALK ABOUT THE SPACE MAN STRAIGHT UP DYING AT THE END???

[Deutriex]

0:56 - Glad to see Pluto as a planet again!

[rafael_]

Imagine hosting a dunk contest on phobos

[funpheonix]

This was such a cool video! I’m actually kind of surprised that you’d be able to jump on Jupiter, not going to lie. But jumping on Phobos would be legitimately scary 🤣 I’d love to try to jump on Miranda though~ that would be so fun!