SpaceX Starship: The Next Frontier Awaits! ek iş

“SpaceX Starship: The Next Frontier Awaits! ek iş” üzerine 20 yorum

1. If you know people that kind of just don’t get “WHY” we care about this massive step in our space capability, perhaps sharing this one would be a good start. So many people I talk to still don’t get it. While you are at it, perhaps also send them off to watch The Expanse too. 🤣

   Have a wonderful day my friends! Fingers crossed we’ll be watching a Starship fly in under 2 days! 🙏

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3. Hi I was wondering would people living on the coast of WA see the starship enter the atmosphere

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5. Can we secure enough fuel for all of this? Fuel used to be a concern, is it not anymore?

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7. What size of Starship Factory would they need to produce more than one ship per day?

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9. So we don’t have any video footage going all the way out to space or to the moon and back but we’ll find a way to land a rocket what a crock sht

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11. Video of starship reentry:The plasma torch that enters the forward flap melts the stainless steel and once inside inflated/expands the flap taking out the ribs and stringers. This shows in slow motion what happened to Columbia.

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13. A superb summary, Marcus, beautifully done as usual. I enjoyed every second of it, thank you ever so much!

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15. Would you consider making a video that explores the possible governmental structure of a million people on Mars?

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17. Thank you very much for creating this condensed version.

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19. Flight No. 4 was a full SUCCESS!!! 🥹

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21. Holy sh*t it works

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23. Thanks Marcus!

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25. отключение двигателей старшип проспал

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27. . I have an idea about the heat shields.
    Look at a heat shield. Let’s call the flat top 12 o’clock. Now, rotate it 90° left or right doesn’t matter. Looking at the sheild on end. 25% of the way down and 25% of the way up drill or cast in tunnels about 3mm all the way through.
    Take a fine braided tungsten wire with fiberglass insolation and thread it through the sheild to the next and so on through all the heat shields. The top of one shield will be lashed to the bottom of the one next to it and so on. At one end of the wire, there should be a simple spring tensioner that will be covered by a bonded on shield. At the other end another adjustable spring tensioner the tension to be calculated. Also ultimately covered by a bonded on shield.
    Good luck Elon with the launch and thank you for what you’re doing to better mankind.

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29. I have an idea about the heat shields.
    Look at a heat shield. Let’s call the flat top 12 o’clock. Now, rotate it 90° left or right doesn’t matter. Looking at the sheild on end. 25% of the way down and 25% of the way up drill or cast in tunnels about 3mm all the way through.
    Take a fine braided tungsten wire with fiberglass insolation and thread it through the sheild to the next and so on through all the heat shields. The top of one shield will be lashed to the bottom of the one next to it and so on. At one end of the wire, there should be a simple spring tensioner that will be covered by a bonded on shield. At the other end another adjustable spring tensioner the tension to be calculated. Also ultimately covered by a bonded on shield.
    Good luck Elon with the launch and thank you for what you’re doing to better mankind.

    Yanıtla

31. I need some feedback, guys. I have an idea about the heat shields.
    Look at a heat shield. Let’s call the flat top 12 o’clock. Now, rotate it 90° left or right doesn’t matter. Looking at the sheild on end. 25% of the way down and 25% of the way up drill or cast in tunnels about 3mm all the way through.
    Take a fine braided tungsten wire with fiberglass insolation and thread it through the sheild to the next and so on through all the heat shields. The top of one shield will be lashed to the bottom of the one next to it and so on. At one end of the wire, there should be a simple spring tensioner that will be covered by a bonded on shield. At the other end another adjustable spring tensioner the tension to be calculated. Also ultimately covered by a bonded on shield.
    Good luck Elon with the launch and thank you for what you’re doing to better mankind.

    Yanıtla

33. I need some feedback, guys. I have an idea about the heat shields.
    Look at a heat shield. Let’s call the flat top 12 o’clock. Now, rotate it 90° left or right doesn’t matter. Looking at the sheild on end. 25% of the way down and 25% of the way up drill or cast in tunnels about 3mm all the way through.
    Take a fine braided tungsten wire with fiberglass insolation and thread it through the sheild to the next and so on through all the heat shields. The top of one shield will be lashed to the bottom of the one next to it and so on. At one end of the wire, there should be a simple spring tensioner that will be covered by a bonded on shield. At the other end another adjustable spring tensioner the tension to be calculated. Also ultimately covered by a bonded on shield.
    Good luck Elon with the launch and thank you for what you’re doing to better mankind.

    Yanıtla

35. Thanks Marcus great video hope launch 4 goes well being on Bruny Island nice to see some from Tassie doing this 🙂

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37. AMAZING!!!!

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39. Great to hear some passion in Elon again. He seemed very flat lately, but this sounds like the Elon of old. Great video condensation, well done.

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