The Worst Places To Die In Space...

Hinzugefügt: 2026-05-19

[00:00:00]a layer of gas that reaches around 3.6 million degrees F. Way hotter than the >> Oh my gosh. 3.6 Fahrenheit. Do you know how hot that is, bro? That means as soon as your skin touches, you're cooked. You're so cooked. Like, you're cooked. Like, >> what? It has nothing to do with the fact that it's a black show.

[00:00:23]>> The worst place to die in space.

[00:00:25]>> Mars. Mars is the most habitable planet in the solar system besides Earth. On a summer day near the equator, temperatures can reach a comfortable 68° F. You could walk around, check things out, and honestly feel pretty okay. But the air is 95% carbon dioxide. So, one breath without your helmet and you'd be out in seconds.

[00:00:45]>> Okay, who will go to Mars without their helmet? Come on, it's space. I'm pretty sure everybody will go to space with their helmet.

[00:00:51]>> Radiation is 40 to 50 times higher than on Earth. enough to damage your DNA every hour you're outside. Even though it's freezing, the air pressure is so low that any crack in your suit would cause the liquids in your body to start boiling. Mars also has dust storms that can cover the entire planet for weeks.

[00:01:08]NASA's Opportunity rover was killed by one in 2018. Its solar panels buried under dust until the power ran out. So, it's that strong? I me personally, I don't even know who would go to Mars, Jupiter, like whatever, bro. Me personally, I would not go out there.

[00:01:23]That's just me cuz think about it. You know how crazy that is?

[00:01:25]>> Human relying on those same panels. That means no heating and temperatures drop to -200° F. Oxygen filters stop working.

[00:01:33]>> - 200. Yo, YOU KNOW HOW COLD THAT IS?

[00:01:35]JESUS. So now you're in a freezing dark habitat breathing air that's slowly getting worse with the nearest help 7 months away. The moon is Earth's closest neighbor, sitting about 240,000 m away.

[00:01:48]There's no atmosphere. So temperatures swing from around 260 degrees Fahrenheit during the day to minus 280 at night. So it's cold during the day. Wait, no, it's hot. Wait, is it cold? Wait, I don't know. But it's cold during the day and it's hot doing at night time. Bro, I wouldn't hate to live on the moon to be honest. Astronauts, y'all got it. Y'all bold. Y'all bold to go to the moon. Me personally, you can't even pay me $1 to go over there.

[00:02:13]>> On the moon isn't the temperature, it's the dust. Billions of years of tiny space rocks smashing into the surface have grounded into a fine powder made of microscopic glass shards. Unlike sand on Earth, which gets worn smooth by wind and water, lunar dust has never been smoothed down. The particles are so small they can pass through most filters. It also sticks to everything it touches, including your suit, helmet, and gear. During the Apollo missions, just 3 days of moonwalks were enough to almost lock up the suit joints. And every time the astronauts came back inside, they brought the dust with them.

[00:02:47]They said it smelled like spent gunpowder. If you're breathing that in, it tears through your lung tissue like ground up broken glass.

[00:02:54]>> Y'all bold. Cuz me personally, I wouldn't go to no moon. Y'all is bold.

[00:02:57]Y'all got it, bro. Y'all boys got it.

[00:02:59]>> It a little more with every breath. Over time, your lungs slowly lose the ability to take in oxygen.

[00:03:05]>> Saturn. Saturn is the second largest planet in the solar system. And before you even get close to it, you have to deal with its rings. They're made of billions of chunks of ice and rock. Some as small as a grain of dust, others the size of a house. These chunks move at up to 45,000 mph. Yo, 45, bro. Do you Yo, do you know how fast is 45,000 m hour?

[00:03:28]Bro, how fast the speed of light? Hold on. Let's see how fast of speed of light is.

[00:03:39]Okay, actually never mind. The speed of light is way faster than that.

[00:03:43]>> Any one of them hitting your ship would be enough to destroy it. If you make it past the rings, the planet itself isn't any safer. Saturn's atmosphere is mostly hydrogen and helium. No solid surface underneath. At the top, temperatures drop to minus 418° F.

[00:04:00]418.

[00:04:02]I wouldn't even visit Saturn, bro. Bro, you can't even, bro. There's a reason why astronauts don't go to Saturn, bro.

[00:04:09]There's a reason why. 418.

[00:04:11]>> As you fall deeper, winds pick up to around 1,100 mph, roughly five times stronger than the most powerful hurricanes on Earth. Enough to throw your spacecraft completely out of control. Below that, the pressure keeps building.

[00:04:24]>> Yo, imagine how scary that is. Like imagine landing to Saturn and the next thing you know, bro, like you about to land and and it's 1,000 mph wind and all you all you see is the darkness and you just spinning in circles and circles and circles like, bro, I bro, you can't even pay me a trillion, bro. I would not do this.

[00:04:42]>> Masses around you get thicker and thicker until they turn into liquid.

[00:04:46]Your ship and suit would be crushed long before you ever reach the core where temperatures hit around 21,000° F.

[00:04:55]21,000 21 21,000 D HD189733b What in the world? I never heard a planet of HD1973b.

[00:05:07]What is this?

[00:05:08]>> 189733b is a gas giant about 64 lightyears from Earth, slightly larger than Jupiter. From a distance, it looks bright blue, almost exactly like our own planet. That color has nothing to do with water. It comes from tiny particles of glass floating in the atmosphere. The planet is tidily locked, meaning one side always faces its star. On that side, temperatures reach around 1,700° F.

[00:05:33]>> 1,700 F. Yo, bro, I ain't going to lie, bro. I don't even think Elon Musk will even go there, bro.

[00:05:40]>> Enough to turn rock into gas. As that gas rises and cools, it hardens into tiny glass shards that get caught in winds, blowing up to 5,400 mph. about seven times the speed of sound. So instead of rain falling down like on Earth, HD189733b has glass flying at you sideways at over a mile per second. At those speeds, the shards would tear through your spacuit and your body in seconds. These winds circle the entire planet, so there's no calm spot to fly toward. And since it's a gas giant, there's no solid surface to land on either. The Orort cloud. The Orort cloud is the >> What? Yo, I Yo, I might be stupid, but I'm not that damn stupid. What is the orc cloud? I never heard of this. Edge of our solar system. A huge shell of icy objects starting about 2,000 times farther from the sun than Earth. Out here, the sun looks like just another star. Temperatures sit close to -450° F, just above absolute zero, the coldest anything can possibly get. But the real problem isn't the cold. It's the emptiness. There are no planets, moons, or landmarks anywhere nearby. Just a few.

[00:06:48]>> I have a question. I have a theory, right? For the people who trust in God, right? Obviously that we're in the middle, God is on top, and hell is in the bottom, right? And you know how God got angels and stuff. Imagine these planets is his angels cuz obviously if you know Jesus or whatever, like the the eye of the the angel and what if these planets is his angels? Like what if like think about it? I don't know. I'm just saying. I just be curious, man. I just be thinking.

[00:07:12]>> Two chunks of ice spread across trillions of miles of dark, silent space. Voyager 1, the farthest object humans have ever launched, has been traveling over 47 years and still hasn't reached it. At its current speed, it would take about 300 more years just to get to the inner edge.

[00:07:28]>> 300 more years. By the time 300 more years comes, I'm dead. We are dead.

[00:07:33]>> Your ship broke down out here. No one could get to you. No distress signal would arrive in time. You'd just be stuck with whatever food, water, and oxygen you had left, watching it all slowly run out. Nothing out here kills you fast. You most likely die of suffocation once the oxygen was gone.

[00:07:48]>> Enceladus, Enceladus, is one of Saturn's moons, only about 314 m across, small enough to fit inside the state of Texas.

[00:07:57]The surface is covered in ice at around - 330° F, and there's no real atmosphere, so your suit is the only thing keeping you alive. Saturn's gravity constantly pulls and squeezes this tiny moon, which causes cracks in the surface, especially near the south pole. Through those cracks, huge geysers blast ice and gas into space. The gravity here is so weak that some of this stuff drifts far enough to become part of Saturn's rings. These geysers aren't just ice and water vapor, though.

[00:08:25]Scientists have found hydrogen cyanide in the mix, the same chemical used in poison gas.

[00:08:30]>> Okay, how in the world were these scientists able to get there? Like if these planets could kill you, how can scientists come to these planets and do an experiment on them? Like how do you know? If one of those blasts hit you, the gas alone would kill you within a minute. And if it didn't, the wave of freezing material would lock your body in ice almost instantly. At that point, the same weak gravity that sends geyser material into Saturn's rings could do the same to you. A supernova. A supernova is what happens when a >> Okay, I ain't going to lie. For some reason, this look cool. I ain't going to lie. THIS LOOK COOL. I AIN'T GOING TO LIE. Supernova look cool. This look cool. I ain't going to lie. If Hey, I might, you know what I'm saying? If I was an astronaut, I'll probably go to this. This look cool. Massive star runs out of fuel and explodes. In just a few seconds, it can release more energy than our sun will produce in its entire 10 billionyear lifetime. That energy comes out as a blast of radiation and high-speed particles with the gamma rays and X-rays traveling at the speed of light. That's what makes it so dangerous.

[00:09:32]There's no way to see it coming. By the time you could detect it, it's already hitting you. Within a few light years of the explosion, it would break apart every atom in your body almost instantly. Nothing we know of is thick enough to block it. Even farther out, the damage is huge. Up to about 50 lighty years away, a supernova can destroy a planet's ozone layer and flood the surface with enough radiation to cause mass ext.

[00:09:54]>> I got to switch this up. A supernova. a supernova.

[00:09:59]I ain't going to lie though, supernova do look cool though. Like for some reason it look cool, but I would not mess with it though.

[00:10:04]>> Some scientists think this actually happened on Earth about 450 million years ago, wiping out around 85% of all marine life.

[00:10:12]>> Titan.

[00:10:12]>> Titan is Saturn's largest moon and the only moon in the solar system with a thick atmosphere. It's bigger than Mercury and in a lot of ways looks surprisingly like Earth. It has clouds, rain, rivers, lakes, and even shorelines. But none of it is water. The rain is liquid methane, and the lakes and rivers are filled with it, too. The temperature sits at around -290° F.

[00:10:35]>> Damn.

[00:10:35]>> Which is cold enough to make methane behave the way water does here on Earth.

[00:10:39]The atmosphere is mostly nitrogen, similar to Earth's. The pressure is about 1.5 times what you'd feel at sea level, so you could walk around without a pressurized suit, but the cold would kill you in minutes without heavy thermal protection. Liquid methane is also about half the density of water.

[00:10:55]So, if you fell into one of Titan's lakes, you wouldn't float. You'd sink straight down and freeze solid within seconds.

[00:11:01]>> Wait, so if you sink Wait, so if you know how to swim, you'll be good.

[00:11:05]Because if it's one out of two and Earth, you can actually swim in water, but that one is one out of two, you can still swim even though it's pulling you down. If you know how to swim, you'll be good. Because of the thick orange haze in the atmosphere, you can't see the sun, Saturn, or anything above you from the surface. The sun. The sun is a ball of plasma about 864,000 m across, over 100 times the diameter of Earth. There's no solid ground to stand on. What looks like a surface is just the very outside layer of plasma. Before you even got close, you'd have to pass through the corona, a layer of gas that reaches around 3.6 million° F. Way hotter than the >> Oh my gosh. 3.6 F. Do you know how hot that is, bro?

[00:11:52]That means as soon as your skin touches, you're cooked. You're so cooked. Like, you're cooked. Like, I'm telling you, bro, these plants, these are God angels.

[00:12:02]I'm trying to tell you, cuz ain't no way, bro, these are God angels. Think about it. God created the light and the earth. Think without God, nothing is possible. Nothing is real without God.

[00:12:13]So, think, these are God angels. NASA's Parker Solar Probe got within about 4 million miles in 2024. The closest any spacecraft has ever been. The surface sits at around 10,000° F.

[00:12:25]>> Yo, 10,000? Yo, I wouldn't even like Bro, what?

[00:12:29]>> Enough to boil pretty much anything, including diamond. The gravity is about 28 times stronger than Earth's, but the heat would kill you long before that mattered. Your spac suit would start to char within a tenth of a millisecond.

[00:12:40]Within half a millisecond, boiling plasma would hit your body. By 10 milliseconds, your flesh, bones, and suit would all be turned to gas. Your nerves can't send pain signals that fast. So, you'd be gone before your brain knew something was wrong.

[00:12:55]>> Jupiter. Jupiter is the largest planet in the solar system, about 89,000 m across, over 11 times wider than Earth.

[00:13:02]It's a gas giant, so there's no solid surface, just layers of gas that get thicker as you go down. But before you even enter the atmosphere, the radiation is already a problem. Jupiter's magnetic field is about 20,000 times stronger than Earth's, trapping enough radiation to give you a deadly dose from 186,000 m away. Your electronics would stop working and your organs would start failing soon after. If you somehow made it into the atmosphere, you'd hit winds up to 400 mph strong enough to rip your ship apart and lightning bolts wider than Earth that could fry everything inside it. The gravity is 2.4 times stronger, so you'd be falling fast with nothing to land on.

[00:13:41]>> Bro, me personally, bro, I would not even go to not even one of these planets. Bro, you got to be messed up, bro.

[00:13:46]>> Says Galileo probe made it about 87 mi in and lasted 58 minutes before the pressure and heat destroyed it. Below that, the gas slowly thickens into liquid and eventually into liquid metal.

[00:13:58]You'd be crushed and cooked long before reaching the core. A magnetar.

[00:14:02]>> Yo, gang. Yo, I'm telling y'all, bro, this is God work, bro. What is a magnetar? Like yo, I never heard of these earths. I never heard of these earths. What is a magnetar? What is a supernova? Likeron star, the leftover core of a massive star that exploded.

[00:14:18]It's only about 12 m across, but so dense that a single teaspoon of its material would weigh about 5.5 billion tons. Damn, it can't be that damn heavy.

[00:14:28]Its magnetic field is up to a quadrillion or a thousand trillion times stronger than Earth's, making it the strongest magnetic force in the known universe. That kind of force changes the shape of your atoms. From thousands of miles away, the field would already fry every piece of electronics on your ship.

[00:14:45]At about 600 m, it's strong enough to squeeze the normally round atoms in your body into long, thin, needle-like shapes. Once that happens, >> Wait, wait, wait, wait, wait, wait, wait, wait. You said long, thin, and needle-like shape.

[00:14:59]I'm just joking, bro. Bro, whatever y'all thinking, bro, I'm not thinking like that. Y'all is weird. The bonds that hold your molecules together stop working. Everything in your body, from your DNA down to individual cells, falls apart at once, and nothing visibly touches you the entire time. There's no material that can block a magnetic field this strong. In 2004, a magneter called SGR180620 released a burst that >> I'm trying to tell y'all, bro. GR128 billion whatever. These are made up, bro. These scientists is just making up stuff, bro. Cuz bro, I never heard a magnetar. Like, what is this?

[00:15:34]>> Stripped atoms apart in Earth's upper atmosphere from 50,000 lighty years away. Venus. Venus is often called Earth's twin because of its similar size and gravity. The surface is nothing like Earth's. The temperature sits at around 860° F, hotter than Mercury, even though Venus is nearly twice as far from the sun. That's because the atmosphere is 96% carbon dioxide, which traps heat so well that it doesn't matter whether you're on the day side or the night side. The air pressure is about 92 times what I would not go there at all, bro.

[00:16:07]Like, think about it. Even though the daytime you could see light, but bro, when it comes dark, you would not see a thing. A thing. When I say a thing, you won't see a thing. Like, you won't even see not one thing. Matter of fact, let me go dark.

[00:16:24]>> Did I scare you? Okay. Okay. I'm sorry.

[00:16:25]I I if I scared you, I'm sorry. Please don't kick off.

[00:16:27]>> You'd feel at sea level on Earth, the same as being about 3,000 ft underwater.

[00:16:32]The air is so thick that just moving through it would feel like pushing through a heavy liquid. That pressure would start crushing your suit almost instantly. At the same time, the heat would be cooking through it from the outside. And the clouds above you are made of sulfuric acid which would eat through whatever was left. The Soviet Venera 13 probe was built to survive these conditions and lasted just 127 minutes. A human in a regular space suit wouldn't last a single breath. Io Io is one of Jupiter's moons about the same size as Earth's moon. It's the most volcanically active place in the solar system with over 400 active volcanoes across its surface. Some of them erupt lava at around 3,000° F. hotter than any volcano on Earth and launch plumes over 300 m into space. The lava is also loaded with sulfur compounds that would eat through a space suit on contact. The reason for all this activity is Jupiter.

[00:17:25]Its massive gravity constantly pulls and stretches Io, warping the surface by as much as 330 ft with every 42-hour orbit.

[00:17:34]That's enough to crack the ground open beneath your feet without warning. Some of the lava lakes are over 100 m wide.

[00:17:40]On top of that, IO sits inside about five times the lethal radiation dose for a human.

[00:17:48]>> Yeah, bro. I ho, bro. I'm not going to no planet that could kill me just in a minute, bro. Not even a minute. A millisecond. I'm not going, bro.

[00:17:57]>> So, even if the volcanoes didn't get you and the ground didn't split open beneath you, the radiation would. There's no atmosphere to protect you from any of it. Europa. Europa is one of Jupiter's moons about the size of Earth's moon.

[00:18:09]The surface is a shell of ice roughly 10 to 15 miles thick covered in cracks from the constant pull of Jupiter's gravity.

[00:18:16]Underneath that ice is a liquid saltwater ocean that could be up to 60 m deep. The surface temperature sits at around -260° F. If one of those cracks opened beneath you and you fell through, you drop into a pitch black ocean with no way to tell which direction is up. The water is near freezing and the ice above you is miles thick.

[00:18:36]>> Wait, wait, wait, wait, wait, wait, wait, wait, wait. So, let's say you do decide to drop down there, right? Let's say the the open the crack open and then you you drop down there and you able, like I said, if you know how to swim, you're good and you're able to swim up and you survive low key, even though it's going to be black, but you'll lowkey be good. Like, you could drink the water, the water going to fill you up. You will be good. But at the same time, you'll be cooked, but you'll be good though. So, no radio signal could get through. No one on the surface could reach you, and no technology exists that could drill through that much ice fast enough to help. You water that cold, you'd stay conscious for a few minutes before drowning. Your body would never be recovered. Scientists also believe this ocean could support life. Meaning a human body down there could contaminate the only other ocean in the solar system that might have something living in it.

[00:19:20]>> So, you telling me even though, let's say you somehow you survived, there's living creatures in there?

[00:19:25]>> Oh, yeah. Never mind. Uh, take back what I said. Um, you actually died. Uh, yeah.

[00:19:29]and you're not surviving. Uh yeah, GG's, you know, um the game, you know, uh Mula, it is what it is.

[00:19:36]>> A black hole is what's left behind when a massive star collapses in on itself.

[00:19:40]It gravity is so strong that nothing can escape it, not even light. The point where escape becomes impossible is called the event horizon. What kills you is the difference in gravity between one end of your body and the other. As you get closer, the pull on your feet becomes so much stronger than the pull on your head that your body starts to stretch. Scientists call this spaghettification. The force would pull your spine apart and tear through your muscles until your body snapped at the midsection. Then each half would snap again and again until you were stretched into a thin stream of atoms spiraling into the center for a distant.

[00:20:14]>> Okay, I'm I'm going to be completely honest. I don't think a black hole is that that bad. Like like black hole, you're just getting stretched apart.

[00:20:19]Like I don't think it's that bad. Like I think you'll be good. observer watching you fall, something strange would happen. Your image would appear to slow down near the event horizon, eventually seeming to freeze there. Over time, your light would shift from visible to infrared to radio waves, slowly fading, but never fully disappearing. All right, YouTube, that's the end of the video. If y'all boys did enjoy that video, make sure boys like, comment, and subscribe.

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[00:20:43]I catch you boys in the next video.

[00:20:44]Yeah.

[00:20:57]Heat. Heat.