SELLEST OSAST
Intro music fades in—tense and cinematic. Dun, dun, dun. On a Friday night in October 1957 a tiny metal beep sliced through the air and the world changed: Sputnik was orbiting Earth, and with it came panic, possibility, and a race that would reshape history.
From the morally tangled genius of Wernher von Braun to the anonymous brilliance of Sergei Korolev, from Laika’s lonely orbit to America’s bumbling Vanguard and the Mercury Seven’s sudden celebrity, this episode stitches together the human moments behind the headlines. Political brinkmanship, scientific daring, and heartbreaking loss collide as nations sling rockets and reputations into the void.
We trace the arc from Sputnik’s beep to Kennedy’s audacious moonshot, through the agony of Apollo 1’s fire to the breathless 17 seconds of fuel left as Eagle found a landing spot. It’s a trailer for our deeper Apollo series—an urgent, cinematic primer on bravery, error, invention, and the people who refused to accept the impossible.
NÄITA MÄRKUSI 🔗
TRANSKRIBEERI 🔗
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I need my intro music fade in. Something tense and cinematic.
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Dun, dun, dun! Tense and cinematic. Okay, you want to start anytime soon?
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October 4th, 1957. It's a Friday night. Americans are going about their evenings.
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Watching TV, pushing TV,
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Wow, that's actually kind of eerie. Eerie from eerie? Eerie.
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Keep eerie strange. I don't know why I'm singing now. Can we please carry on?
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You didn't even open your monster yet. I know.
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That little beep was Sputnik. A 23-inch metal ball hurls around Earth at 18,000
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miles per hour, and it changed everything.
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Welcome to Time Tellers, where history becomes personal. I'm Renee.
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And I'm Dan, and today we're going to space. I mean, kind of.
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Metaphorically, we are staying in these chairs. Speak for yourself.
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I've been training. You have not.
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I've been eating freeze-dried ice cream. Same thing. Totally.
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Today we are talking about the space race. That wild decades-long competition
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between the United States and the Soviet Union to see who could stake a claim
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in the heavens first. It's got everything, folks.
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Politics, science, tragedy, triumph, and some of the most audacious human achievement in history.
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Now, fair warning up front. This is an overview episode. We're covering the
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full arc of the space race from Sputnik to the moon landing,
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and that means we're moving fast. A lot of incredible stories are going to get
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one sentence that deserves an entire episode.
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Which is actually by design because, and we're very excited about this as mentioned
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earlier, we are planning a full deep dive series dedicated entirely to the Apollo program.
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Individual missions, the people behind them, the near disasters, the science, all of it.
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So think of today as the trailer. We're setting the stage so that when we get
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into Apollo specifically, you already understand the world it was born into.
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Consider this, your space race primer.
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It's also one of the most dramatic stories of the Cold War.
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And when you really dig in, it's way more complicated and more human than the
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textbooks ever let on, like all history.
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To understand the space race, you have to understand where it came from,
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and it came from the ashes of World War II.
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Yes. Specifically from a castle in Germany called—I'm not going to try to pronounce
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it, but you'll be able to read it.
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Where a team of— From the Monday? Sure. Where a team of Nazi scientists had
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been developing the most terrifying weapon the world had ever seen, the V-2 rocket.
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The V-2. Oh, I do know this one. Yes, I do, because I know way too much about
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World War II. Those were the rockets Hitler was launching at London, right?
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Exactly. The V-2 was the first long-range ballistic missile.
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It traveled faster than the speed of sound, hit without any warning,
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and there was absolutely nothing you could do to stop it.
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Over 3,000 of them landed on London and Antwerp, and the man behind them was
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a 30-something engineer named Wernher von Braun.
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Hmm, I have heard that name before many a time. You have.
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He becomes one of the most important people in the story. He also is one of
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the most morally complicated figures.
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Von Braun was a rocket genius. He was also a member of the Nazi Party and the SS.
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And his rockets were built using forced labor from concentration camps.
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People died building them.
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That's heavy. And yet, he became a hero of American space exploration.
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Yes, he did. He does. And that tension never fully goes away.
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When Germany fell, both the Americans and the Soviets were racing to grab German
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rocket scientists and their technology.
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The U.S. got Von Braun and most of his team under a secret program called Operation
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Paperclip, which we also had an episode on.
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First season, I think? I don't remember. I don't remember. Are we on our third
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season yet? I don't even know.
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No, I call that the seasons I have starting in July. Oh, okay. That's right. Okay.
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The first one in July will be season three. Gotcha. We're going by a school
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district calendar. No, I'm going by when we started. Okay.
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Okay. The Soviets got the factories and the technical documents and their own
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brilliant engineer, a man named Sergei Korolev.
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He's the less commonly known name, especially for Americans.
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Most people don't, and that's by design. For decades, the Soviet government
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kept his identity completely secret.
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He was just referred to as the chief designer. They were terrified the U.S.
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Would try to assassinate him. They thought we'd assassinate a rocket scientist?
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Renee, this was the Cold War. People were paranoid about everything.
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Hmm. Fair enough. So you've got von Braun on our side, Korolov on theirs,
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two geniuses, two superpowers, two massive egos at the national level.
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This is basically the world's highest stakes science fair. That is actually
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a perfect way to describe it.
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So back to October 1957.
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Sputnik launches and America loses its mind. How bad was the panic?
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Senate Majority Leader Lyndon Johnson said it felt like, and I'm paraphrasing
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here, a shotgun blast of humiliation.
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The idea that the Soviets had the technology to put something into orbit meant,
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by extension, they had the technology to put a nuclear warhead anywhere on Earth.
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So it wasn't just about space, it was about missiles.
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Exactly. Orbit a satellite, you can orbit a bomb. Americans started building
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backyard bomb shelters.
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Congress went into emergency sessions. the word Sputnik entered the American
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vocabulary overnight as shorthand for crisis.
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And then the Soviets did it again a month later, didn't they?
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Yep, with the very original Sputnik 2. 2!
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November 3rd, 1957. And this time they sent up a passenger. Laika the little dog.
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Laika. A stray they'd found on the streets of Moscow. She became the first living
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creature to orbit Earth.
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And she didn't make it back, right?
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That still ticks me off a little bit. It makes me sad.
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She didn't. The mission was never designed for her to return.
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The Soviets didn't reveal that publicly for decades.
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They claimed she'd been humanely euthanized before her oxygen ran out.
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The truth was that she died from overheating a few hours into the flight when
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the thermal control system failed.
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That's heartbreaking. She had no idea she was making history.
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She's actually still up there, technically. That's true.
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Her orbital trajectory decayed in 1958 and she re-entered the atmosphere.
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But for a moment, she was the loneliest creature in the universe.
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Okay. I need a second. That's tragic. Okay.
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What did America do? We panicked. Yeah. Yep.
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Then we tried to launch our own satellite on live television. It was called Vanguard.
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On December 6, 1957, cameras rolling, the rocket rose about four feet,
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lost thrust, and fell back down a spectacular fireball on the launch pad. On live television.
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On live television, the press called it Flopnik, Kaputnik, and Staputnik.
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Those are great, and we totally deserve that. A little bit, yeah.
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It wasn't until January 31st, 1958, that Von Braun's team finally got Explorer
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1 into orbit. We were in the race, but we were already behind.
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Now the question shifted from satellites to something far more daring.
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Could you actually put a human being up there? And key, very important part, survive.
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A key part of the question, yes.
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In April 1959, NASA announced the Mercury 7.
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Seven military test pilots selected from a pool of 500 candidates to become
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America's first astronauts.
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John Glenn, Alan Shepard, Gus Grissom, Scott Carpenter, Gordon Cooper,
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Wally Shara, and Deke Slayton.
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The Mercury 7. I feel like these guys were very celebrated, like instantly famous.
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Overnight celebrities. Life magazine paid them for exclusive rights to their personal stories.
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They were handsome, brave, crew-cut American heroes at exactly the moment America needed them.
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There was a whole mystique around them, the idea of the right stuff,
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this unspoken quality of cool competence under pressure.
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But the Soviets beat us again, didn't they?
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April 12, 1961. Yuri Gagarin became the first human in space.
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He orbited the Earth in 108 minutes, landed in a field in Russia,
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and became the most famous person on the planet.
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What was he like as a person? Did you know him? Have you met him?
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I know how old you are. You're older, so have you.
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By all accounts, genuinely charming and humble. He was the son of a carpenter
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and a milkmaid from a tiny village.
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The Soviets couldn't have cast a better hero if they tried.
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He toured the world after his flight, and crowds turned out everywhere. Paris, London, Cairo.
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Even people who hated the Soviet Union loved Gagarin. I often wonder if his
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backstory was actually factual at all, or if it's just what the Soviets made
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up to make him look extra good.
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Wow. And, of course, the United States responded by?
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Three weeks later, Alan Shepard made it into space on a 15-minute subordemoral
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flight. Not in orbit, just up and back down.
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America's very careful not to oversell it. That's like winning the silver medal
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and calling it a comeback.
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Exactly. But here's where things get interesting. Fourteen days after Gagarin's
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flight, a young president stood up in front of Congress and made one of the
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most audacious promises in political history.
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Was that JFK? Was that JFK? Yes.
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You gave me the caffeine. Finally, if we are to win the battle that is now going
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on around the world between freedom and tyranny,
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the dramatic achievements in space which occurred in recent weeks should have
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made clear to us all, as did the Sputnik in 1957,
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the impact of this adventure on the minds of men everywhere who are attempting
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to make a determination of which road they should take.
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Since early in my term, our efforts in space have been under review.
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With the advice of the Vice President, who is Chairman of the National Space
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Council, we have examined where we are strong and where we are not,
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where we may succeed and where we may not.
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Now it is time to take longer strides, time for a great new American enterprise,
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Time for this nation to take a clearly leading role in space achievement,
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which in many ways may hold the key to our future on Earth.
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I believe we possess all the resources and talents necessary,
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but the facts of the matter are that we have never made the national decisions
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or marshaled the national resources required for such leadership.
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We have never specified long-range goals on an urgent time schedule or managed
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our resources and our time so as to ensure their fulfillment.
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Recognizing the head start obtained by the Soviets with their large rocket engines,
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which gives them many months of lead time,
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and recognizing the likelihood that they will exploit this lead for some time
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to come in still more impressive successes, we nevertheless are required to
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make new efforts on our own.
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For while we cannot guarantee that we shall one day be first,
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We can guarantee that any failure to make this effort will make us lost.
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We take an additional risk by making it
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in full view of the world but as shown by the feet of astronaut shepherd this
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very risk enhances our stature when we are successful but this is not merely
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a race space is open to us now and our eagerness to share its meaning is not
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governed by the efforts of others.
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We go into space because whatever mankind must undertake, free men must fully share.
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I therefore ask the Congress, above and beyond the increases I have earlier
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requested for space activities, to provide the funds which are needed to meet
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the following national goals.
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First, I believe that this nation should commit itself to achieving the goal,
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before this decade is out, of landing a man on the moon and returning him safely to the Earth.
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No single space project in this period will be more impressive to mankind or
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more important for the long-range exploration of space, and none will be so
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difficult or expensive to accomplish.
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We propose to accelerate the development of the appropriate lunar spacecraft.
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We propose to develop alternate liquids and solid fuel boosters.
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Much larger than any now being developed, until certain which is superior.
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We propose additional funds for other engine development and for unmanned exploration,
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explorations which are particularly important for one purpose which this nation
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will never overlook, the survival of the man who first makes this daring flight.
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But in a very real sense, it will not be one man going to the moon.
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We make this judgment affirmatively. It will be an entire nation,
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for all of us must work to put him there.
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John F. Kennedy, May 1961.
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In his speech to Congress, yes. And here's what makes this extraordinary.
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At the time he said it, NASA had put one man in space for 15 minutes.
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They had never attempted an orbit, let alone a trip to the moon.
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The technology to get there didn't exist. The rockets didn't exist.
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The spacesuits didn't exist. And he was saying, we'll do it in nine years.
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Was he just bluffing?
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Partly, it was a political calculation. Kennedy understood that the Soviets
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had a head start on near-Earth orbit. But going to the moon was so ambitious
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that it had essentially reset the competition.
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By picking a destination that nobody had reached yet, he leveled the playing field.
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Hmm, that's actually really smart. And also, he knew he only had at most two
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terms, so if it didn't work, there wasn't anything he could do about it.
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He also said something in a private memo that reveals his true motivation.
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He told his advisors he wasn't interested in space for his own sake.
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He wanted a space program that would demonstrate American superiority,
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which as a historian is fascinating.
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The entire Apollo program, one of humanity's greatest achievements,
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was fundamentally driven by propaganda.
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Does that make it less impressive?
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I've thought about that a lot. I don't think so. Whatever the motivation,
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the science was real, the engineering was real, and the human courage was absolutely real.
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Also, Kennedy, unfortunately, didn't even live to see it. He didn't.
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He was assassinated in November 1963.
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The program continued under Johnson, and then Nixon would be president when
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it finally succeeded. But it was always called Kennedy's moonshot.
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Because he started it. The idea of it. Okay, this is the moment where I have
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to remind you that this is an overview, because what we're about to cover in
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the next few minutes, Apollo 1, Apollo 11, the missions in between,
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each one of these deserves its own episode.
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And they're going to get one. But for now, we're sketching the outline.
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Save the date, listeners. Apollo's series is coming.
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Before we get to the triumph, we have to talk about the cost. January 27, 1967.
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Astronauts Gus Grissom, Ed White, and Roger Chafee are inside the Apollo 1 capsule
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on the launch pad during a routine ground test.
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No fuel, no rocket ignition, a simulated countdown.
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And then something went very wrong. A fire broke out inside the capsule.
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The pure oxygen atmosphere that NASA used made it spread with terrifying speed.
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The hatch design was designed to open inward, which meant the pressure of the
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fire made it impossible to open. All three men died within minutes.
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On the ground, not even in space. On the ground, in front of the launch team,
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there was nothing anyone could do.
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It remains the worst disaster in American spaceflight history in terms of lives
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lost per mission. What happened afterwards?
00:16:44.686 --> 00:16:48.246
NASA stopped. For 20 months, there was no crewed launches.
00:16:48.506 --> 00:16:51.446
They completely redesigned the capsule, new hatch, new materials,
00:16:51.586 --> 00:16:52.726
less flammable atmosphere.
00:16:53.526 --> 00:16:57.426
Some engineers later said the fire, as horrible as it was, forced them to fix
00:16:57.426 --> 00:17:02.286
problems that would have killed astronauts in space where there'd be no chance
00:17:02.286 --> 00:17:04.326
of survival. It may have saved the program.
00:17:04.666 --> 00:17:06.946
That's a terrible silver lining.
00:17:07.306 --> 00:17:09.306
The worst kind, but it's real.
00:17:11.185 --> 00:17:15.945
July 16th, 1969, Apollo 11 lifts off from the Kennedy Space Center.
00:17:16.105 --> 00:17:19.665
Neil Armstrong, Buzz Aldrin, and Michael Collins, and the world holds its breath.
00:17:19.865 --> 00:17:24.465
Okay, I know this part, but tell it anyways, because it deserves to be told.
00:17:24.485 --> 00:17:26.605
And that's what we do here on Time Tellers.
00:17:26.645 --> 00:17:29.805
We tell stories of history. Go ahead.
00:17:30.325 --> 00:17:34.565
Four days later, the lunar module named Eagle separates from the command module
00:17:34.565 --> 00:17:36.465
and begins its descent to the surface.
00:17:36.725 --> 00:17:41.245
And almost immediately, alarms start going off. Alarms? During the landing?
00:17:42.245 --> 00:17:46.505
1202 alarm. The onboard computer was overloading. Nobody in mission control
00:17:46.505 --> 00:17:48.045
had ever seen it in a real flight.
00:17:48.965 --> 00:17:53.485
A 26-year-old software engineer named Jack Garman had stayed late to compile
00:17:53.485 --> 00:17:55.905
a list of computer alarms and what to do about each one.
00:17:56.165 --> 00:18:00.285
He was the one who knew, on the spot, under pressure, that a 1202 was okay.
00:18:00.565 --> 00:18:05.805
The landing could continue. A 26-year-old kid saved the moon landing.
00:18:06.445 --> 00:18:10.085
One of the many unsung heroes in this story. Then, as the Eagle descended,
00:18:10.305 --> 00:18:13.365
Armstrong looked out the window and realized they're heading for a boulder field.
00:18:13.525 --> 00:18:17.645
He took manual control and flew the lander, basically on fumes, to find a clear patch.
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They landed with 17 seconds of fuel remaining.
00:18:21.585 --> 00:18:23.425
17 seconds, folks.
00:18:25.165 --> 00:18:29.505
Stanley Kubrick could have framed that better. 17 seconds, and then Armstrong's
00:18:29.505 --> 00:18:30.685
voice crackled over the radio.
00:18:35.005 --> 00:18:41.585
And everyone in mission control just exploded. Tears cheering cigars. Charlie Duke, the,
00:18:42.369 --> 00:18:47.949
got on the radio and said, and this is his actual quote, Roger Tranquility.
00:18:48.229 --> 00:18:51.609
We copy you on the ground. You got a bunch of guys about to turn blue.
00:18:51.789 --> 00:18:53.329
We're breathing again. Thanks a lot.
00:18:53.749 --> 00:18:56.029
That is so human. I love that.
00:18:56.929 --> 00:19:01.089
Six and a half hours later, at 10.56 p.m. Eastern Time on July 20th,
00:19:01.169 --> 00:19:05.729
1969, Neil Armstrong stepped off the ladder and onto the lunar surface.
00:19:05.909 --> 00:19:08.749
Half a billion people, a fifth of the entire human population,
00:19:09.309 --> 00:19:10.909
watched it live on television.
00:19:11.629 --> 00:19:15.149
One small step for man, one giant leap of mankind.
00:19:17.349 --> 00:19:19.149
I'm going to step off the limb now.
00:19:21.349 --> 00:19:29.289
That's one small step for man, one giant leap for mankind.
00:19:30.169 --> 00:19:33.149
He intended to say one small step for a man.
00:19:33.469 --> 00:19:37.609
The A got lost in the transmission. He was annoyed about that for years.
00:19:37.729 --> 00:19:38.949
That would annoy me, too.
00:19:39.869 --> 00:19:44.929
He was annoyed. He just became the first human being to walk on the moon,
00:19:44.929 --> 00:19:50.689
and he was annoyed at one dropped article, understandably. He was a perfectionist.
00:19:51.069 --> 00:19:55.129
Buzz Aldrin stepped out shortly after and inscribed the view as magnificent
00:19:55.129 --> 00:19:58.209
desolation, which is a much better quote, honestly.
00:19:59.369 --> 00:20:03.809
Magnificent desolation. Okay, Buzz. The Soviets never attempted a crude lunar landing.
00:20:04.049 --> 00:20:07.829
Their program had been dealing with disasters of their own. Their giant moon
00:20:07.829 --> 00:20:11.309
rocket, the N-1, exploded on the launch pad multiple times.
00:20:11.929 --> 00:20:16.009
After Apollo 11, they quietly pivoted to space stations and claimed that had
00:20:16.009 --> 00:20:17.149
always been their real goal.
00:20:18.649 --> 00:20:21.529
Sure was. Whatever they say. No, I'm just kidding.
00:20:22.049 --> 00:20:25.589
And America landed on the moon five more times after Apollo 11,
00:20:25.749 --> 00:20:28.409
the last being Apollo 17 in December of 1972.
00:20:29.009 --> 00:20:32.329
Twelve humans have walked on the lunar surface, all of them American,
00:20:32.549 --> 00:20:34.869
all of them men, and then we just stopped.
00:20:35.529 --> 00:20:38.589
Why, we figured out how to go to the moon, and then we just quit.
00:20:40.344 --> 00:20:43.904
Public interest faded faster than anyone expected. By Apollo 13,
00:20:44.324 --> 00:20:48.964
which had a near-disaster mid-mission, that we will absolutely be doing a full episode on.
00:20:49.204 --> 00:20:53.104
The networks had stopped carrying the live broadcasts. The political motivation disappeared.
00:20:53.604 --> 00:20:58.084
Once we'd won, Congress cut NASA's budget, and the Vietnam War was devouring
00:20:58.084 --> 00:20:59.344
national attention and money.
00:21:00.024 --> 00:21:05.544
That's a little depressing. We have the technology to get to the moon, and we just got bored.
00:21:05.884 --> 00:21:10.504
Or other things became more important. Human nature. But here's the thing, Renee.
00:21:10.704 --> 00:21:15.824
The space race, for all its Cold War nationalism, gave us something that transcended politics.
00:21:15.964 --> 00:21:20.124
Satellite communications, GPS, memory foam, scratch-resistant lenses,
00:21:20.344 --> 00:21:23.804
the technology behind digital cameras, water filtration systems,
00:21:23.884 --> 00:21:27.924
all of it traces back to NASA research from this era, and most importantly,
00:21:28.124 --> 00:21:28.944
freeze-dried ice cream.
00:21:30.820 --> 00:21:35.100
So, the space race is why I can get directions on my phone.
00:21:35.260 --> 00:21:38.840
In a very real way, yes. Okay, Kennedy, fine.
00:21:39.880 --> 00:21:46.340
So, the space race. Two superpowers, one moon, an almost incomprehensible amount
00:21:46.340 --> 00:21:49.540
of human ingenuity, bravery, and loss.
00:21:49.740 --> 00:21:54.600
And, of course, a little dog named Laika, who deserves her own monument somewhere.
00:21:55.200 --> 00:21:58.760
There actually is a monument to her in Moscow, outside the military research
00:21:58.760 --> 00:22:03.440
facility where the program is based. a small statue of a dog on top of a rocket. Good.
00:22:03.700 --> 00:22:09.480
She earned it. And look, we know we flew through a lot today. That was intentional.
00:22:09.900 --> 00:22:15.120
This episode was always meant to be the foundation. Because coming up, we're going deep.
00:22:15.300 --> 00:22:17.900
We're planning a full series on the Apollo program specifically.
00:22:18.320 --> 00:22:21.620
Mission by mission, person by person, the engineers, the astronauts,
00:22:21.840 --> 00:22:25.060
the families waiting at home, the moments that almost ended everything.
00:22:25.360 --> 00:22:26.880
There's so much story left to tell.
00:22:27.300 --> 00:22:29.560
Apollo 1, Apollo 13.
00:22:30.340 --> 00:22:34.640
The moonwalks, the ones people have forgotten, we're doing all of it.
00:22:35.020 --> 00:22:41.520
So if today got you hooked, just wait out and check our Hidden Figures episode to hold you over.
00:22:41.820 --> 00:22:43.940
Dan, any final thoughts on today?
00:22:44.460 --> 00:22:48.460
I think what gets me about this story every time is that it happened so fast.
00:22:48.700 --> 00:22:52.860
From that first beep of Sputnik to a human being standing on the moon was 12 years.
00:22:52.860 --> 00:22:58.140
12 years of impossible engineering political pressure genuine sacrifice and
00:22:58.140 --> 00:23:02.920
12 years of humans refusing to accept that the impossible was in fact impossible.
00:23:03.820 --> 00:23:09.820
That's why we do this show honestly history isn't just dates and facts it's
00:23:09.820 --> 00:23:15.080
people who make decisions brilliant ones and terrible ones under pressure and
00:23:15.080 --> 00:23:19.740
those decisions echo they really do thanks for listening to Time Tellers everyone,
00:23:21.890 --> 00:23:25.650
If you enjoyed this episode, please leave us a review, share it with your friends,
00:23:25.690 --> 00:23:29.330
or just tell someone one fact you learned today and where you learned it from.
00:23:29.710 --> 00:23:32.670
History spreads one conversation at a time.
00:23:33.230 --> 00:23:37.990
Until next time, keep asking questions. And keep looking up. Bye!