Can I make a planet by colliding asteroids in Universe Sandbox 2? 

0:46 Planet become spherical 2:27 Planet weigh 10^20 kg (100 Quintillion kg) 4:59 Planet weigh 5*10^20 kg (500 Quintillion kg) 5:27 Planet weigh over 10^21 kg (1 Sextillion kg) 6:05 Planet weigh 5*10^21 kg (5 Sextillion kg) and it become ~500 km in diameter 6:32 Planet weigh 10^22 kg (10 Sextillion kg) 7:34 Planet become ~1000 km in diameter 7:53 Planet weigh over 5*10^22 kg (50 Sextillion kg) 8:03 Planet weigh 1 mass of our Moon (~75 Sextillion kg) 8:21 Planet become ~1500 km in diameter 8:57 Planet weigh 2.5 masses of our Moon (~182.5 Sextillion kg) 9:09 Planet become ~2000 km in diameter 9:43 Planet is 5 times heavier than our Moon (~375 Sextillion kg) 9:49 Planet become ~2500 km in diameter 10:35 Planet is 10 times heavier than our Moon (~750 Sextillion kg) and it become ~3000 km in diameter 11:00 Planet weigh 10^24 kg (~15 Moon masses) 11:03 Planet is big like our Moon (~3474 km) 11:04 Planet become ~3500 km in diameter 11:23 Planet become ~4000 km in Diameter 11:29 Planet is 25 times heavier than our Moon (~1.825 Septillion kg or ~1.825*10^24 kg) 11:37 Planet become ~4500 km in diameter 11:51 Planet is 50 times heavier than our Moon (~3.75 Septillion kg or ~3.75*10^24 kg) and it become ~5000 km in diameter 12:00 Planet weigh like our Earth (~75 Moon mass) 12:18 Planet become ~6000 km in diameter 12:59 Planet is 2.5 times heavier than our Earth (~182.5 Moon masses) and it is big like Mars (~6700 km) 13:11 Planet become ~7000 km in diameter or ~7 Mm (1 Mm = 1000 km) 14:20 Planet become ~8 Mm in diameter 15:31 Planet become ~9 Mm in diameter 15:40 Planet is 5 times heavier than our Earth (~375 Moon masses) 16:01 Planet become ~10 Mm in diameter 16:08 Planet is 10 times heavier than our Earth (~750 Moon masses) 17:18 Planet become ~12 Mm in diameter 18:05 Planet is big like our Earth (~12472 km) 19:55 Planet is 25 times heavier than our Earth (~1825 Moon masses) 20:22 Planet become ~14 Mm in diameter 21:30 Planet is 50 times heavier than our Earth (~3750 Moon masses) 22:03 Planet become ~16 Mm in diameter 23:52 Planet is 100 times heavier than our Earth (~7500 Moon masses) or 1 Saturn mass 24:38 Planet become ~18 Mm in diameter 25:12 Planet become 1.5 times bigger than our Earth 26:36 Planet weigh like Jupiter (~300 Earth masses) 26:48 Planet become ~20 Mm in diameter 27:31 Planet become ~22 Mm in diameter 28:04 Planet is 1.5 times heavier than Jupiter (~450 Earth masses) 28:47 Planet become ~24 Mm in diameter 29:06 Planet is 2 times bigger than our Earth 29:56 Planet is 2 times heavier than Jupiter (~600 Earth masses) and it become ~26 Mm in diameter 30:22 Planet become ~28 Mm in diameter 30:54 This is a gas planet from here 31:54 Gas planet become ~30 Mm in diameter 32:43 Gas planet become ~35 Mm in diameter 33:03 Gas planet is 3 times bigger than our Earth 33:22 Gas planet become ~40 Mm in diameter 33:56 After gas planet become very light, it become 100 times heavier than Earth again. 33:59 Gas planet become ~45 Mm in diameter 34:26 Gas planet is big like Neptune (~49 Mm) 34:28 Gas planet become ~50 Mm in diameter 34:32 Gas planet is big like Uranus (~51 Mm) 34:42 Gas planet become ~55 Mm in diameter 34:58 Gas planet become half-size of Saturn (~60 Mm) 35:04 Gas planet weigh like Jupiter #2 35:19 Gas planet become ~65 Mm in diameter 35:57 Gas planet become ~70 Mm in diameter 36:32 Gas planet weigh like Jupiter #3 36:43 Gas planet become ~75 Mm in diameter 36:47 Gas planet is 2 times heavier than Jupiter #2 37:29 Gas planet become ~80 Mm in diameter 38:46 Gas planet become ~85 Mm in diameter 39:10 Gas planet is 5 times heavier than Jupiter (~1500 Earth masses) 39:43 Gas planet become 3/4-size of Saturn (~90 Mm) 40:13 Gas planet is 10 times heavier than Jupiter (~3000 Earth masses) 40:15 Gas planet become ~95 Mm in diameter 40:21 This is a gas giant from here (~100 Mm) 40:44 Gas giant is big like Saturn (~120 Mm) Before 52:58 but after 40:44 gas giant becoming small and then it fast grows. 52:58 Gas giant become big like Jupiter (~140 Mm) 53:32 Gas giant is 25 times heavier than Jupiter (~7500 Earth masses) and it become ~160 Mm in diameter 54:08 Gas giant become ~180 Mm in diameter 54:50 Gas giant become ~200 Mm in diameter After 54:50 Gas giant is getting destroyed to 100 Mm in diameter.

So satisfying and calming

THESE COLLISIONS ARE SATISFYING

👍👍👍

super!

!!!

Great

Real magic wow….

Dude, you’re playing before update 20, that update came out 3 years ago, this video was posted in 2021, I do miss the old textures though, mainly the ice and fragment textures, not trying to be a dick or anything, just pointing out that the version you’re playing in this video is at least 5 years old, this was the version I played in middle school, it’s really cool seeing an old version of the game being played, it’s different for sure, and I like it!

Wow that’s amazing

These collisions are satisfying

Common

great!

This is the best planet maker ever

That’s fun. I think you kept speeding away from the pieces you blew off though so you were losing mass sometimes. I love these videos

that's a long video

it´s amazing to see how they improved US2 i build a computer for play this i must create something now😆so inspirating this is the best program or"game" ever created

Bill Wurtz: ITS A Star!!!!!! brand new. Planets just got formed

U created the new thumbnail

Isn’t there a stop all motion power, that way the fragments would fall back no matter what

Can you create the earth in universe sandbox?

What Is Your Voice Reveal?

Wow that's a long video

Acceleration

Chill

Yes 0:27

I dare you to only use astroids

Why is the plant iron

yes you Can make a planet by colliding asteroids in Universe Sandbox 2

I making the planet Terenite

What is this game name?

Beautiful too bad it's that long and that it don't go farter

Looooooooooong video

WE DIE NOW

We Die Uaaaaaaaoooi

اة٤ع ي

STOP

This is the best planet maker ever