Get to the point speech
Apr 27, 2026 09:17
· 5:36
· English
· Whisper Turbo
· 2 اسپيڪر
هيءَ ترانسڪريٽ اڄ ختم ٿيندي.
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Speaker 1 (Get to the point speech)
Hello everyone, I am Desudu Aniraj and today I am going to talk about something very important. Right now, at this very moment, four human beings are rattling to the point of space a quarter of a million miles from home on their way to the moon. So, they are not in a movie, they are not in a simulation, they launched five years ago and they built the first and today they will swing around the far side of the moon. So today I am going to talk about NASA's Artemis 2 mission.
0:28
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what is it, how it works, and why it matters. To understand why Artemis II is so significant, we need a little bit of history.
0:37
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In December 1972, Apollo 17, astronaut Jane Kerman stepped off the lunar surface, climbed back into his spacecraft and became the last human being to stand on the moon. For 53 years, no one has gone back, because we lost interest, not because we lost interest, but because the moon is extraordinarily hard to reach, and the cost and the risk of doing so is immense. So, NASA's Artemis program is Humanities.
1:06
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renewed commitment to deep space exploration. Artemis 1 in 2022 was an uncrewed test of the rocket and spacecraft systems, but Artemis 2 happening right now is the first time humans are aboard, a critical test flight that must succeed before anyone can think about landing on the moon again. The mission carries four astronauts inside a spacecraft called Orion, nicknamed integrated by the crew.
1:34
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the Commander Reed Weissman, Pilot Victor Blower, who is the first person of colour to travel the lunar distance, Mission Specialist Christina Koch, the first woman to do so, and Canadian astronaut Jeremy Hansen, the first Canadian to ever leave the Earth orbit. So, they launched abroad the Space Launch System Packet.
1:56
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The most powerful rocket NASA has ever built, generating 8.8 million pounds of thrust at liftoff, that is roughly equivalent to 160 car engines firing simultaneously. The mission is 10 days long. They are not landing. This is a test fight.
2:14
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Now here where it gets genuinely fascinating and this is the part that I find most beautiful about this measure. How do you navigate to the moon and back without burning enormous amount of fuel on the return journey? The ANC is something called a free return trajectory and it is a masterpiece of orbital mechanics. After leaving the Earth orbit Orion was not simply shot straight at the moon.
2:42
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Instead, it was placed on a precisely calculated path and calibrated to a specific speed of amount of 25,500 miles per hour.
2:58
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Earth's gravity still has enough of a grip on the spacecraft that even if every single engine on Orion base went silent forever, the moon's gravity would catch the spacecraft, swing it around the far side like a slingshot, and fling it straight back to the Earth. Think of it like a cosmic safety net, born from gravity itself.
3:26
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Actually, this is not a new idea. Apollo 8 used a similar trajectory in 1968 and when Apollo 13 service module exploded in 1970, this same principle saved the crows lives. So, the free return trajectory brought them home even with crippled engines. So, beyond the trajectory, there are a few details about this mission that I think deserve to be appreciated.
3:54
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First, records. Today's flyby will take the crew over 252,000 miles from Earth, breaking the human distance record set by April 30, in 1970.
4:09
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Second, communications. Orion is testing a new optical communication system that uses laser beams instead of radio waves. Lasers can transmit data far faster while using less power, a technology that will be essential for future missions to Mars.
4:30
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Re-entry. When Orion returns on April the 10th, it will slam into Earth's atmosphere at 25,000 miles per hour. The fastest crude re-entry ever attempted. The heat shield protected and who will experience temperatures comparable to the surface of the Sun. So, why does all of this matter? Artemis 2 is not just above the moon. It is a stepping stone. Artemis 3 will land humans near the lunar south pole.
4:59
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where water ice may exist in permanently shadowed craters, a resource that could one day convert it into rocket fuel, making the moon a launchpad for missions to Mars and beyond. So we are living in a moment that future generations will read about in history books. The last time humans went to the moon, only 12 people ever walked on its surface.
5:22
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Speaker 1 (Get to the point speech)
All of them were from one country. None of them were women. So Artemis is different. It is a global effort and it is just beginning. So that's the end of my speech and thank you for listening.
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