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The first stage has landed successfully on Earth. The second stage has shut down, and we're waiting for separation. Dragon and Endeavor are now flying free. Translation: The first stage has landed successfully on Earth. The second stage has shut down, and we are waiting for separation. Dragon and Endeavor are now flying freely.

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The speaker announces that the boys' engine arm is empty and they will get the pro. They count down from three to one and inform Houston that everything is good.

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Мы находимся на космодроме Плесецк, и до пуска остается мало времени. Translation: We are at the Plesetsk Cosmodrome, and there is little time left before the launch.

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The center 13 engines are ignited. The motor slows down to three engines. The super heavy booster glides down into the chopstick arms.

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Astronaut Nick K, commander of nine, is the last astronaut out of Spring Dragon Freedom. He used a mobility aid to descend the small ramp. He waved and gave a thumbs up.

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The 1st stage is about to shut down and perform staging. We can see and hear the process as the signal is acquired in Houston and New Orleans. The booster engine cuts off and the stage separates.

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My ship? Press the red button and buckle up.

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At 2 minutes and 40 seconds, we prepare for main engine cutoff and construction cut off. The flip for state separation begins. Currently, we are waiting.

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A puff of dust will appear upon touchdown. The air cushion will kick up the dust, resulting in a soft landing despite appearances. Touchdown confirmed. Congratulations, and welcome back to Earth. New status check. Double shot.

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Countdown begins, ignition, full power, lift off of NASA Crew-1. Falcon and SpaceX launch successful.

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I can't feel my legs. Go back. I can't see my legs. You're okay.

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Alright flight crew, this is the final go/no-go poll. Raptor one: Go. Raptor two: Go. Stage one: Go. Stage two: Go. Flight director is go for launch. Liftoff! Vehicle switching downrange, max Q, ship engine startup, stage separation. Booster we spec burn. We're confirming thirty seconds to make the tail catch decision, now ten seconds. Hot stage separation confirmed. Flight director is go for booster return. Operator go vote is set true, we are go for catch. Booster coming in hot! Booster FTS is saved, igniting 13 Raptor engines. Incredible view! Show any burn startup. The Villa has caught the booster. Ship avionics power to unlock. Phenomenal! Starship has entered the atmosphere, approaching peak heating phase. Landing burn startup. Starship is on target and has landed!

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Crew nine's Dragon capsule, which was traveling over 17,000 miles per hour moments ago, is gently coasting to a soft splashdown. Splashdown will be located in the Gulf Of America, off the coast of Tallahassee, Florida. The Dragon spacecraft is being monitored. Splashdown confirmed. SpaceX Freedom splashdown. Good main release. Main shoots cut. Nick, Alex, Butch, Sunny, welcome home.

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Big waves down the little ramp, and that is the last astronaut, Nick K, commander of ninety nine. Mobility aid. Now out of spring dragon freedom. Some waves, some thumbs up.

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Today, we're on Truck Force 1 to witness the SpaceX Starship Rocket launch. The excitement is palpable as we discuss our outfits and enjoy Nutella. As the countdown begins, we marvel at the rocket's design and heat shield technology. There's anticipation about the launch, with discussions about the rocket's speed and potential trips to Mars. It could take six months to reach Mars with maximum payload, but faster trips are possible with less weight. The launch is thrilling, and the noise is incredible. We reflect on the experience, feeling inspired and changed by witnessing such an epic event. This has truly been one of the coolest experiences ever.

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Push. Proceed to 321. Thanks, Houston. Prepare for thrust in 30 seconds. Maintain altitude at 1500 feet. All systems look good.

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Crew nine is back on Earth after splashdown in the Gulf of America, off the coast of Tallahassee, Florida. The SpaceX Freedom capsule splashed down successfully. Main shoots cut, and the crew—Nick, Alex, Butch, and Sunny—are confirmed safe. SpaceX welcomes them home, noting the capsule appears full of smiles.

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NASA astronaut Nick Hague, commander of twenty-nine, exits the Dragon Freedom using a mobility aid. He waves and gives a thumbs up.

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Booster's aligning with the tower. We're ready for touchdown. Switching to three engines. Get ready for impact!

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I just dropped something from the drone. Did you see that light? I think that's where it fell. Can you help me find it?

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The crew capsule deploys guide parachutes, followed by the main parachutes. This cushions the landing, resulting in a soft touchdown despite appearances. The capsule kicks up dust upon landing. The crew is congratulated and welcomed back to Earth.

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The booster is attempting a tower catch, which would be the second successful one. The booster is landing and ready, with 13 engines. It is now hovering as it aligns with the tower. It is coming in and down to three engines. Bechzilla has it.

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Four days pushed. Engine arm is down. Proceed. 321. Run away, Houston. Exide. Thirty seconds. 308 is the number. Headcount through 1,500 feet. H dot looks good.

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New Shepard has cleared the tower and begun throttle down for queue limiting. Engine response looks good. The vehicle has passed through max q, maximum dynamic pressure. This is when the stresses between the atmosphere and speed are at their maximum. The BE-3 engine is firing.

Lex Fridman Podcast

Tim Dodd: SpaceX, Starship, Rocket Engines, and Future of Space Travel | Lex Fridman Podcast #356
Guests: Tim Dodd
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The conversation features Tim Dodd, host of the Everyday Astronaut YouTube channel, discussing the evolution of SpaceX rockets, including Falcon 1, Falcon 9, Falcon Heavy, Starship, and the Dragon capsules. Dodd recounts Elon Musk's initial goal of reaching Mars and the development of Falcon 1 after a failed attempt to purchase a Russian rocket. The Falcon 1, powered by a single Merlin engine, marked the beginning of SpaceX's journey, which transitioned to the Falcon 9, a medium-class launch vehicle that successfully transported cargo to the International Space Station (ISS) under NASA's COTS program. SpaceX has become the leading launch provider globally, frequently launching payloads, particularly for its own Starlink project, which has been designed to fit within the Falcon 9's payload fairing. The Falcon 9's design evolved from a 3x3 engine array to an octa configuration, enhancing efficiency and manufacturability. The introduction of landing legs in 2014 marked a significant step toward reusability, which is crucial for interplanetary missions. Dodd highlights the innovative re-entry burn technique that allows rockets to slow down before landing, leading to successful landings since 2015. Dodd shares his personal experiences attending launches and his fascination with the scale of rockets, emphasizing the engineering marvel of the Falcon 9 and Falcon Heavy. He reflects on the rapid development of SpaceX, noting how launches have become more frequent and almost mundane compared to the early days. He expresses curiosity about the future of space travel and the potential for launches to exceed those of commercial aviation. The discussion shifts to the history of SpaceX rockets, including the evolution of the Falcon Heavy and the Starship system, which aims for interplanetary travel. Dodd explains the various versions of the Dragon capsule, including Crew Dragon and Cargo Dragon, and their successful missions to the ISS. He highlights key milestones in SpaceX's history, such as the first successful Falcon 1 flight, the first cargo delivery to the ISS, and the first crewed flight with NASA astronauts. Dodd also discusses the development of rocket engines, focusing on the Merlin and Raptor engines, and the importance of simplifying designs for efficiency. He emphasizes the significance of cost-effectiveness in rocket engineering, particularly in terms of the cost per kilogram to orbit. The conversation touches on the broader implications of space travel, including the potential for collaboration between nations and private companies. Dodd expresses hope for a future where space exploration unites humanity rather than divides it, despite current geopolitical tensions. He acknowledges the challenges posed by space debris and the need for responsible practices in satellite deployment. As the discussion progresses, Dodd shares his excitement about the upcoming dearMoon mission, where he will be one of nine individuals flying around the Moon on Starship. He reflects on the significance of this mission, emphasizing the importance of sharing the experience with artists and creators to inspire others. Dodd concludes by discussing the potential for future advancements in propulsion technology, including nuclear propulsion, and the ongoing exploration of life beyond Earth. He expresses optimism about the future of space travel and the possibility of humans becoming a multiplanetary species, while acknowledging the risks and challenges that lie ahead.
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