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NASA's Orion capsule returns to Earth at nearly 40,000 km/h, facing extreme heat and plasma during atmospheric reentry.
In this video we explain how the Orion spacecraft heat shield and parachute system safely land the Artemis mission capsule in the ocean.
Learn how NASA engineers designed the Artemis reentry technology to protect astronauts from temperatures over 2700°C.
Perfect for space lovers, science fans, and anyone curious about how spacecraft survive reentry.

#NASA #Artemis #OrionCapsule
#SpaceTechnology #SpaceFacts #SpaceExploration #Reentry #ScienceExplained
#SpaceMission #Astronomy

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Transcript
00:00Now Artemis is heading home, racing back toward Earth after its journey around the Moon.
00:06As it approaches, the spacecraft will hit the atmosphere at nearly 40,000 kilometers per hour.
00:13The air in front of it will compress, creating intense friction that will heat the heat shield to around 2
00:19,800 degrees Celsius.
00:21A fiery plasma will surround the capsule, protecting the crew inside.
00:26Gradually, the spacecraft will slow down.
00:30Then, a sequence of parachutes will deploy, first small drogues, then three massive main chutes, reducing its speed dramatically.
00:39Finally, Orion will gently splash down in the ocean, completing its return to Earth.
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