Back to the Moon! Astronauts Fly Around the Moon After 50 Years
Summary
Real astronauts just flew all the way around the Moon for the first time since 1972! Blast off with the Artemis II crew, ride the most powerful rocket ever launched, and see what the Moon looks like out the window of a real spaceship.
Transcript
0:00The Big Return
Imagine looking out your window and seeing the Moon... not tiny and far away in the sky, but HUGE, filling up the whole glass, so close you can see its mountains and craters rolling by beneath you. Just months ago, four real astronauts saw exactly that. And here's the part that will blow your mind: no human being had seen that view with their own eyes for more than fifty years! That's right. The last time people flew around the Moon, your grandparents might have been kids. There were no smartphones, no internet, and TVs were fuzzy and gray. Then, after all that waiting, a rocket taller than a football field is long thundered off the launch pad, carrying four brave explorers on a ten-day journey around the Moon and back. This mission was called Artemis II, and today, you're coming along for the ride. You'll meet the crew, feel the rumble of liftoff, and peek out the spaceship window yourself. But first... who were these four lucky humans? Let's meet them!
0:53Meet the Crew
Meet the crew of Artemis II — four astronauts with one giant dream. Commander Reid Wiseman led the team. He used to fly super-fast jets and has lived on the International Space Station. Pilot Victor Glover helped steer the spacecraft — he became the very first person of color to ever travel to the Moon! Mission specialist Christina Koch made history too: she became the first woman ever to fly a Moon mission. And here's a wow-fact about Christina — she once lived in space for 328 days in a row. That's almost a whole year without pizza delivery! Finally, Jeremy Hansen from Canada became the first person from any country besides the United States to fly to the Moon. Four humans, four firsts, one spaceship. But these four didn't just show up and hop in. They trained for years — practicing every button, every switch, every emergency, hundreds of times, until they could do it with their eyes closed. Why so much practice? Because the Moon is really, really far away. How far? Wait until you hear this...
1:55How Far Is It
Okay, quiz time! How far away do you think the Moon is? Take a guess. A hundred miles? A thousand? Try about 240,000 miles — that's around 386,000 kilometers! If you could drive a car straight up into the sky at highway speed, it would take you about six months of nonstop driving to get there. No bathroom breaks! Here's another way to picture it: you could fit all the other planets in our solar system, side by side, in the gap between Earth and the Moon. Whoa. Now, here's something surprising. Astronauts on the International Space Station fly only about 250 miles above Earth. That's like driving to a nearby city. The Moon is almost a thousand times farther! That's why going to the Moon is such a big deal — it's the deep end of the pool. Since 1972, humans had only been swimming in the shallow end, close to home. Artemis II changed that. But to swim in the deep end, you need something enormous. Something with FIRE. Let me introduce you to the biggest, most powerful rocket ever to leave Earth...
2:54The Giant Rocket
Say hello to the Space Launch System — astronauts call it the SLS. This rocket is a true giant. It stands about 98 meters tall — that's higher than the Statue of Liberty, torch and all! If the SLS lay down in a soccer field, its nose would poke out past the goal. And it's not just tall — it's outrageously powerful. At liftoff, its engines and boosters push with almost 4 million kilograms of force. That's more power than the mighty Saturn V, the famous rocket that carried the Apollo astronauts long ago. Here's a wow-fact for you: in the first two minutes of flight, the SLS burns through fuel so fast that it could empty a whole backyard swimming pool in about one minute. Glug glug glug — GONE! Why does it need to be such a beast? Because escaping Earth is hard. Our planet's gravity holds onto everything like a giant invisible hug, and only a monster rocket can break free. But a rocket is just a vehicle. Where do the astronauts actually sit? Look way up at the very top...
3:53Orion the Spaceship
Way up at the tip of that giant rocket sits a little capsule shaped like a gumdrop. It's called Orion, and it's the astronauts' home, car, and lifeboat all in one. From the outside, Orion looks small — the crew cabin is about the size of two minivans. Four astronauts lived in there for ten days! Imagine a road trip with your family where you can never, ever get out of the car. Now imagine the car is floating. Inside, Orion is packed with clever stuff: computers stronger than the ones that flew astronauts in the old days — actually, here's a wow-fact — your family's phone has way more computing power than the computers that guided the first Moon missions! Orion also has windows for Moon-gazing, machines that clean the air so it's always fresh, and tanks of water and food. On the back, it carries a service module built in Europe, with a big engine and solar panel wings that stretch out like a dragonfly. Orion was ready. The crew was ready. Now came the scariest, most exciting morning of all: launch day...
4:54Launch Morning
Launch morning at NASA's Kennedy Space Center in Florida. It's still dark outside. The four astronauts wake up, eat breakfast, and put on bright orange spacesuits — orange so rescue teams could spot them easily in the ocean, just in case. Then they wave goodbye to their families and ride a van out to the launch pad. Picture standing at the bottom of that rocket. It's as tall as a 30-story building, hissing and creaking as super-cold fuel flows into its belly. The fuel is so cold — hundreds of degrees below zero — that ice forms on the outside of the rocket, even in warm Florida! The astronauts ride an elevator way, way up, walk across a narrow bridge, and climb into Orion one by one. Workers strap them into their seats, lying on their backs with their feet up, like sitting in a chair that's tipped over backwards. Then the hatch closes with a thunk. Outside, thousands of people gather on beaches to watch. Inside, four hearts beat fast. The countdown clock ticks: ten... nine... eight...
5:52Liftoff!
Three... two... one... LIFTOFF! The engines light, and a river of fire pours out of the rocket. The roar is so loud, it's one of the loudest sounds humans have ever made — people feel it shaking in their chests from miles away! Slowly at first, then faster and faster, the giant rocket climbs into the sky on a pillar of flame brighter than the sunrise. Inside Orion, the astronauts are shoved back into their seats. The ride is bumpy and rattly, like the world's wildest roller coaster — except this roller coaster goes straight up and doesn't come back down. In less than a minute, they're flying faster than the speed of sound. Here's a wow-fact: at its fastest, the rocket zooms over 17,000 miles per hour. At that speed, you could fly from New York to Los Angeles in about eight minutes! Down below, Florida shrinks to the size of a map, then the whole ocean curves away. But the rocket has a surprising trick coming — it's about to start throwing pieces of itself away...
6:49Dropping the Pieces
Wait — the rocket is falling apart?! Don't worry. It's supposed to! Rockets are built in pieces called stages, and when each piece runs out of fuel, the rocket lets it go. Why carry an empty, heavy tank all the way to space? That would be like carrying your empty lunchbox around all day for no reason. About two minutes after launch, the two long white boosters on the sides finish their job and pop off, tumbling away toward the ocean. A few minutes later, the huge orange center part — the core stage — empties its tanks and lets go too. Each time a piece drops away, the rocket gets lighter and faster. Here's a wow-fact: by the time Orion reaches space, almost the entire giant rocket is gone. That whole skyscraper of metal and fuel existed for one job — to fling one gumdrop-shaped capsule and four humans off the planet. Now Orion is circling Earth, checking that everything works. But Earth orbit was only the warm-up. Next comes the big moment — the engine burn that aims them at the Moon...
7:47Aiming for the Moon
Circling Earth, the crew ran through their checklist like pilots before a big flight. Air system? Check. Computers? Check. Snacks? Very important — check! Then Mission Control in Houston radioed the magic words: you are GO for the Moon. This next move has a fancy name — trans-lunar injection — but you can just call it 'the big push.' The engine fired, and Orion sped up until it was going fast enough to stretch its orbit all the way out to the Moon. Here's the tricky part, and it's so cool: they didn't aim at the Moon. They aimed at where the Moon was GOING to be! The Moon is always moving, zooming around Earth at about 2,300 miles per hour. So flying to the Moon is like throwing a ball to a friend who's running — you throw it ahead of them so they run into the catch. NASA's math wizards figured out the perfect throw. With the big push done, Orion left Earth behind. And that's when the astronauts turned around and saw something that made them gasp...
8:43Goodbye, Earth
Out the window... was Earth. The WHOLE Earth. Not a map. Not a globe on a shelf. The real, actual planet — a shining blue and white marble floating in pitch-black space. The astronauts could see entire oceans at once, swirls of white clouds, the golden browns of deserts, and the soft blue glow of the air wrapped around it all like a thin blanket. Every hour, Earth got a little smaller as they flew farther away. Soon it was small enough to cover with your thumb. Think about that — everything you've ever known, every person, every dog, every ice cream shop, hidden behind one thumb! Astronauts say this view changes them forever. From out there, you can't see any lines between countries. It's just one beautiful home that everybody shares. Christina Koch snapped photos out the window like a tourist, because honestly, wouldn't you? But while Earth shrank behind them, the astronauts had a floating problem to figure out — literally floating. Because inside Orion, nothing stays where you put it...
9:40Floating in Space
Welcome to zero gravity, where EVERYTHING floats! Let go of your pencil — it floats. Your sandwich — floats. Your whole body — floats! On the way to the Moon, the astronauts drifted around the cabin like slow-motion superheroes, pushing off walls with one finger. It looks like the best playground ever, and honestly, it kind of is. But floating has funny challenges. Water doesn't pour in space — it forms wobbly bubbles that drift around like liquid marbles. Astronauts drink through straws from special bags so their juice doesn't escape and go exploring. Wow-fact: in space, you can't really 'lie down' to relax, because there's no down! Up and down don't exist. One astronaut's ceiling is another astronaut's floor. The crew had to strap themselves to walls just to stay in one place. Even crying is weird — tears don't fall, they just pool up on your eyes like little water balloons. Floating is fun, but it makes simple things tricky. Like, how do you eat dinner when your peas want to fly away? Let's find out...
10:38Space Dinner
Dinnertime on a spaceship! There's no fridge, no stove, and definitely no pizza delivery — the delivery fee from Earth would be out of this world. Instead, astronauts eat food from pouches and cans. A lot of it is dried out to make it light, then brought back to life with warm water — like magic instant meals. The menu? Things like mac and cheese, chicken, tortillas, fruit, and even shrimp cocktail, which astronauts weirdly love. Why tortillas instead of bread? Great question! Bread makes crumbs, and in space, crumbs don't fall to the floor — they float into computers, air vents, and up your nose! Tortillas are crumb-free space champions. Here's a funny wow-fact: astronauts often add hot sauce to everything, because in space your face gets a bit puffy and food tastes blander — like eating with a stuffy nose. Meals are also team time. The crew floated together, told jokes, and watched Earth shrink out the window while munching. But after dinner comes a puzzle that will bend your brain: how do you SLEEP when your bed can't hold you down?
11:37Sleeping Upside Down
Bedtime in space is the strangest sleepover ever. You can't lie ON a bed, because you'd just float away like a runaway balloon. So astronauts zip themselves into sleeping bags that are strapped to the wall! They sleep standing up, lying down, and upside down all at the same time — because remember, in space there IS no up or down. Some astronauts loosely tuck their arms in; others let them float in front of them like a friendly zombie. Totally normal in space! Here's a cozy wow-fact: many astronauts say floating sleep is the comfiest sleep of their lives — no pillow needed, because your head just... hovers. It's like sleeping on a cloud made of nothing. The crew took turns sleeping so someone was always awake to keep watch, like sailors on a ship. And while they slept, Orion quietly glided on through the darkness, getting closer and closer to the Moon with every single minute. When they woke up and looked out the window, the view had completely changed. Something big and gray was waiting for them...
12:33Hello, Moon
After days of flying, the Moon stopped being a small circle in the window... and became a WORLD. Huge. Silent. Gray and silver and full of secrets. The astronauts crowded around the windows like kids at an aquarium. Up close, the Moon isn't smooth like it looks from your backyard. It's covered in craters — round dents made by space rocks that crashed into it long, long ago. Some craters are small enough to jump across. Others are so wide, a whole city could fit inside with room to spare! And because the Moon has no wind and no rain, nothing ever washes those craters away. Wow-fact: the footprints left by the Apollo astronauts more than fifty years ago are STILL THERE, looking almost brand new. No wind has ever blown them away! The Moon also has tall mountains, wide flat plains called 'seas' — though they hold no water, just ancient hardened lava — and long winding valleys. The crew stared in silence. But the most mysterious part of the Moon was still coming: the side that no one on Earth can EVER see...
13:33The Hidden Side
Here's a mind-bending fact: from Earth, you always see the SAME side of the Moon. Always! Tonight, next month, a hundred years from now — same Moon face. That's because the Moon spins at exactly the right speed to keep one side pointed at us all the time, like a dance partner who never turns around. So what's on the other side — the far side? For most of human history, nobody knew! It was a total mystery. Only a small number of astronauts have ever seen it with their own eyes, and now the Artemis II crew joined that tiny club. As Orion swung around behind the Moon, the far side rolled into view: rougher, wilder, and absolutely covered in craters — way more than the near side. It looks like the Moon's near side got a face wash and the far side didn't! And then something dramatic happened. As the Moon slid between Orion and Earth, the radio went silent. Mission Control couldn't talk to them at all. The astronauts were completely on their own...
14:28Alone Behind the Moon
For those minutes behind the Moon, the crew was farther from other people than almost anyone in history — with a giant ball of rock blocking every radio signal from home. Was it scary? Maybe a tiny bit. But mostly, astronauts say, it was peaceful. Just four friends, one humming spaceship, and the ancient gray Moon sliding by outside. And oh, what a view. With no radio chatter, they simply watched. Sunlight raked across crater rims, making long dramatic shadows. Mountains glowed silver. Then they turned to the other window and — whoa — deep space. Because here's a wow-fact: with no air around the Moon, the stars don't twinkle at all. They burn steady and bright, thousands of them, like someone spilled glitter across black velvet. The crew flew on, trusting their training and their math. Mission Control waited on Earth, watching the clock, holding their breath. Then, right on time — a crackle, a voice, a cheer! Orion swung back around into view. And waiting for the astronauts was the most famous view in all of space travel...
15:27Earthrise
As Orion came around the Moon's edge, the astronauts saw it: Earthrise. The Earth — tiny, blue, glowing, impossibly beautiful — rising up over the gray horizon of the Moon. Gray below, black above, and one small blue jewel hanging in between. Astronauts who've seen it say it's the most beautiful sight a human can see. Here's why it hits so hard: from the Moon, Earth looks about four times bigger than the Moon looks from your backyard — and instead of pale gray, it's bursting with color. Blue oceans! White cloud swirls! It looks alive, because it IS alive. It's the only place we know of in the whole universe with pizza, puppies, and people. The crew took turns at the window, quiet for once. Victor Glover said seeing Earth from far away makes you want to take better care of it. Imagine showing that photo at school: 'What did you do this week?' 'Oh, I watched my planet rise over the Moon.' But hold on — why didn't they LAND on the Moon? Great question. Here's the clever plan...
16:20Why No Landing
So why fly all the way to the Moon and not land? Because smart explorers test things step by step! Think about it like learning to swim. First you get comfortable in the water. Then you practice strokes. THEN you dive into the deep end. Artemis II was the practice swim — the first time humans flew this brand-new spaceship out to the Moon. The mission's job was to test everything with people aboard: the air machines, the computers, the engines, the steering. Landing comes on the NEXT mission. Also, here's the genius part: Artemis II flew a special path called a free-return trajectory. That's a fancy way of saying the flight path was shaped like a giant number 8. Once Orion got its big push toward the Moon, the Moon's own gravity grabbed the spacecraft, swung it around like a hand slinging a ball on a string, and flung it right back toward Earth — automatically! Even if the engine took a nap, gravity itself would bring the crew home. Space math is basically a superpower. Speaking of superpowers, guess who was helping from 240,000 miles away...
17:21Mission Control
Say hello to Mission Control in Houston, Texas — a giant room full of glowing screens and some of the smartest people on Earth. Day and night, they watched over the astronauts like super-focused guardian owls. Every heartbeat of the spacecraft — its power, its air, its temperature, its position — streamed down to their screens. If anything looked even a tiny bit odd, a specialist was on it in seconds. Each person there has a special job with a cool call sign, and one person, called CAPCOM, does all the talking to the crew so the astronauts hear one calm, friendly voice instead of fifty at once. Here's a wow-fact about talking across space: radio signals travel at the speed of light, the fastest speed there is — and the Moon is STILL so far away that each message took more than a second to arrive. So every chat had a tiny built-in pause, like talking to a friend on a video call with slow internet. Between chats, the crew wasn't just sightseeing, either. They had homework. Space homework...
18:19Space Homework
Even in space, there's homework — but this homework was awesome. The astronauts were flying a brand-new spaceship, so part of their job was to be test pilots. They practiced steering Orion by hand, using controls to gently spin and point the capsule, checking that a human could fly it if the computers ever needed help. They tested the exercise gear, because here's a strange wow-fact: in space, your muscles and bones get lazy! With no gravity to push against, your body says, 'Why bother staying strong?' and starts getting weaker. So astronauts must exercise to stay healthy. The crew also wore special sensors and kept notes on how their bodies handled deep space — how they slept, how their eyes worked, even how their hearts beat. Why? Because scientists are planning much longer trips, and every heartbeat of data helps keep future astronauts safe. The crew even did radio check-ins with kids' questions from Earth. Best classroom ever! But soon it was time for the part of the mission everyone was a little nervous about: coming home. Because coming home... means falling...
19:22Falling Home Fast
The trip home is where things get wild. Remember, thanks to that clever figure-8 path, the Moon's gravity had already flung Orion back toward Earth like a slingshot. But here's the thing about coming home from the Moon: you come home FAST. As Earth's gravity pulled Orion in, the spacecraft sped up and up and up, until it was screaming toward our planet at about 25,000 miles per hour. That's around 32 times faster than a jet airliner! At that speed, you could zip across the entire United States in about seven minutes. Now, a spaceship can't just plop down at that speed. It needs brakes. But Orion doesn't have brake pedals... so what does it use? Get ready for this: it uses AIR. Earth's atmosphere — the ocean of air wrapped around our planet — acts like a giant invisible pillow. Slamming into air that fast squeezes and rubs against the capsule, slowing it down. But all that rubbing creates something dramatic. Something glowing. Because when you rub things together really fast, you get HEAT — a lot of it...
20:20Riding the Fireball
Quick — rub your hands together really fast. Feel that warmth? That's friction. Now imagine rubbing against air at 25,000 miles per hour. The air around Orion got so hot it GLOWED — reaching about 5,000 degrees Fahrenheit. That's half as hot as the surface of the Sun! The capsule streaked across the sky wrapped in a ball of orange and pink fire, like a human-made shooting star. So how did the astronauts stay safe and comfy inside? A hero called the heat shield. It's a huge, thick, dish-shaped cover on Orion's bottom — the largest heat shield ever built for a crewed spacecraft, about five meters across. And it protects the crew in the cleverest way: by slowly toasting itself on purpose! Its outer layer chars and carries the heat away, sacrificing itself bit by bit, while inside the cabin the astronauts stayed as comfortable as a summer afternoon. Orion even did a special skip — bouncing off the top of the atmosphere like a stone skipping on a pond — to slow down more gently. Almost home now. Time for the flowers to bloom...
21:24Splashdown!
Flowers? In space stories? Yes — parachute flowers! Once the air had slowed Orion way down, small parachutes popped out first to steady the capsule. Then — POP, POP, POP — three enormous orange-and-white main parachutes bloomed open above it like gigantic flowers. Each one is so big that all three together could nearly cover a football field! The capsule swung gently beneath them, drifting down through the clouds, slower and slower, until it was falling about as fast as a car drives through a neighborhood. Then... SPLASH! Orion plopped into the Pacific Ocean, bobbing in the waves like the world's most expensive rubber duck. Helicopters zoomed in. Speedy boats raced over. Navy divers surrounded the capsule and helped the astronauts out, one by one, into the sunshine — smiling, waving, and wobbling a little. Why wobbly? Wow-fact: after days of floating, your legs forget how heavy they are! Astronauts say walking after space feels like your body is made of wet noodles for a day or two. The crew was home. The mission worked. And what happens next is even bigger...
22:25Why We're Going Back
So why did we go back after fifty years? Because this time, we're not just visiting — we're planning to STAY. The Artemis missions are named after Artemis, who in old Greek stories was the twin sister of Apollo — and Apollo was the name of the first Moon missions. Get it? The twin returns! Artemis II proved the spaceship works beautifully with people aboard. Next comes Artemis III, when astronauts will actually LAND — walking on the Moon for the first time since 1972! And here's the history-making part: those missions will include the first woman and the first person of color to walk on the lunar surface. New boots, new footprints, new heroes. The landing zone is extra exciting too: the Moon's south pole, a place no human has ever explored. Why there? Because scientists discovered something hiding in the deep, dark, freezing craters at the pole — something explorers need more than almost anything. Any guesses? It's not gold. It's not diamonds. It's something you drink every single day...
23:24Treasure on the Moon
It's WATER! Frozen water — ice — hiding in craters at the Moon's south pole that haven't seen sunlight in billions of years. Those crater bottoms are some of the coldest places in the whole solar system, colder than Pluto! And tucked in that darkness sits ancient ice. Why is ice such a treasure? Three reasons. One: melt it, clean it, and you can drink it. Two: split water into its ingredients and you get oxygen — air to breathe! Three: those same ingredients, hydrogen and oxygen, can be turned into rocket fuel. Read that again — rocket fuel! That means the Moon could become a gas station in space. Wow-fact: launching things from the Moon is way easier than from Earth, because the Moon's gravity is only one-sixth as strong. A rocket fueled up on the Moon could zoom off to Mars without dragging every drop of fuel up from Earth first. That's why explorers dream of Moon bases with homes, labs, and rovers. Sounds like a movie, right? But real engineers are designing them right now. And they're going to need help — maybe yours...
24:24Moon Base Future
Let's peek into the future — maybe YOUR future. Picture the Moon twenty years from now. Small bases with cozy rooms glow under the black sky. Astronauts drive rovers across silver plains, leaving tire tracks next to fifty-year-old footprints. Solar panels drink in sunshine at the pole, where the sun almost never sets. Greenhouses grow fresh lettuce and strawberries under lamps — Moon farmers! A space station called Gateway orbits overhead, like a bus stop between Earth and the Moon. And on Moon-days off? Wow-fact: in the Moon's weak gravity, you'd weigh six times less — so an athlete who can jump one meter on Earth could leap about six meters on the Moon. Basketball would be UNBELIEVABLE. Every skill matters up there: doctors, cooks, engineers, artists to share the story, plumbers to fix the water machines — yes, the Moon will need plumbers! And here's the truth that gives grown-up scientists goosebumps: the astronauts who will live on that Moon base are kids right now. Kids in classrooms. Kids watching videos about space. Kids... like you. So how does a kid become an astronaut?
25:29You Could Go
Every astronaut who has ever flown started exactly where you are now: as a kid with big questions. Christina Koch grew up loving science fairs. Victor Glover loved figuring out how machines work. Jeremy Hansen dreamed of flying planes. Reid Wiseman was curious about everything. None of them were born astronauts — they became astronauts, one small step at a time. Here's their real recipe, and it's simpler than you'd think. Step one: stay curious. Ask questions like 'why?' and 'how?' and 'what if?' every single day. Step two: love learning — especially science, math, reading, and building things. Not because it's homework, but because it's how you collect superpowers. Step three: take care of your body — play, run, swim, climb. Astronauts need strong, healthy bodies. Step four: be a great teammate. Wow-fact: NASA says being kind and working well with others is one of the most important astronaut skills of all — because in a small spaceship, kindness matters more than anything. That's it. Curiosity, learning, moving, kindness. You can start all four... today. Now, let's remember this incredible journey...
26:34The Great Recap
Let's rewind this amazing adventure! Four astronauts — Reid, Victor, Christina, and Jeremy — climbed aboard a rocket taller than the Statue of Liberty, packing nearly 4 million kilograms of pushing power. They blasted off, dropped the empty rocket pieces, and took 'the big push' toward a Moon that's 240,000 miles away — so far you could line up all the planets in between! On the way, they floated like superheroes, ate crumb-free tortillas, and slept zipped to the walls with their arms floating like friendly zombies. They flew around the Moon's mysterious far side, went radio-silent behind it, and came out to see Earthrise — our whole blue planet glowing over the gray lunar horizon. Then the Moon's gravity slingshotted them home on a figure-8 path, they blazed through the sky at 25,000 miles per hour behind a heat shield that toasted itself to keep them safe, parachutes bloomed like giant flowers, and — SPLASH — they landed in the ocean as the first Moon voyagers in over fifty years. And next time? Next time, we land. But before you go, I've got a challenge for you...
27:40Your Moon Challenge
Here's your astronaut challenge — and it starts tonight! Step outside with your family and find the Moon. Now hold up your thumb at arm's length next to it. See how small the Moon looks? Remember: real astronauts just flew all the way around that! Then wow your family with this fact: 'Did you know the footprints on the Moon from fifty years ago are still there, because the Moon has no wind or rain to blow them away?' Watch their faces. Instant amazement! Want a bonus mission? Look at the Moon's face and find the dark patches — those are the 'seas' of ancient hardened lava the astronauts saw up close. And while you're looking, remember this: somewhere out there is a patch of gray dust where, very soon, new astronauts will leave brand-new footprints. Maybe someday, one of those footprints will be yours. The Moon has waited fifty years for us to come back. It's not waiting anymore. Keep asking questions, keep looking up, and keep dreaming big, explorer. The stars are closer than you think. See you on the next adventure!
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Series: science (English)