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Here's NASA having no problem camera-tracking the Artemis II astronauts falling back down to Earth at over 25,000 MPH. For reference, that's about 14x the velocity of a speeding sniper bullet. Does this make sense? They couldn't even track the rocket launch moving <100 MPH...

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₿en Wehrman

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A speeding sniper rifle bullet flies at around 1,700 MPH. NASA says their astronauts are zooming around the universe at 15 TIMES that speed. Just stop and think about this for a second. Visualize the speed of a sniper bullet. Now multiply that by FIFTEEN. Are you buying this?
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A speeding sniper rifle bullet flies at around 1,700 MPH. NASA says their astronauts are zooming around the universe at 15 TIMES that speed. Just stop and think about this for a second. Visualize the speed of a sniper bullet. Now multiply that by FIFTEEN. Are you buying this?

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According to NASA, there are "millions" of pieces of debris orbiting around our globe, including over 40,000 manmade satellites, all flying at a mind-boggling 17,000+ MPH (that's 10x the velocity of a speeding sniper rifle bullet) Who is manning the Artemis II Xbox controller to dodge all of these objects careening around at 20x the speed of sound, in all different directions, any one of which would completely decimate the spacecraft and all astronauts inside it? 🤔

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A taste of what’s to come. This animation reveals in vivid detail how the Artemis II mission will launch from NASA's Kennedy Space Center, fly around the Moon, and splash back down on Earth — all with four astronauts aboard. Watch the full version here:
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A taste of what’s to come. This animation reveals in vivid detail how the Artemis II mission will launch from NASA's Kennedy Space Center, fly around the Moon, and splash back down on Earth — all with four astronauts aboard. Watch the full version here:

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On Saturday, four NASA astronauts had a dress rehearsal for their upcoming trip around the moon. Before these four astronauts travel farther from Earth than any other humans have traveled, they practice the launch countdown, mimicking exactly what they will do when they officially launch into space — everything except for blast off. Here's more about the Artemis II mission, which will be the he first piloted trip back to the moon since the Apollo 17 mission in 1972. #nasa #space #news
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On Saturday, four NASA astronauts had a dress rehearsal for their upcoming trip around the moon. Before these four astronauts travel farther from Earth than any other humans have traveled, they practice the launch countdown, mimicking exactly what they will do when they officially launch into space — everything except for blast off. Here's more about the Artemis II mission, which will be the he first piloted trip back to the moon since the Apollo 17 mission in 1972. #nasa #space #news

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Daily reminder that if you google "satellite in space", every picture it shows you is computer-generated. Tens of thousands of them are supposedly up there careening around at an incomprehensible 17,000 MPH (10x the speed of a speeding sniper rifle bullet) in every direction randomly, yet you never see a single one in space walk footage. The astronauts also don't seem too concerned that they or their craft could be instantaneously vaporized at any second by one of these flying machines of death, that are moving so fast the human eye couldn't even see it. Does this make any sense at all to you?

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Here's a video of a NASA rocket launch, filmed from a window in a passing airplane. According to NASA, the reason why every one of their rocket launches arc in this rainbow-shaped trajectory is because they "need to accelerate to 17,500 MPH, then enter Earth's orbit horizontally". Conspiracy theorists are calling bullshit, saying the rockets never get anywhere near that speed, and instead are just going up a little ways, then coming back down into the ocean. (As explained in the QRT'd post below, if this WERE the case, the area all of these rockets would be crash-landing would be right in the Bermuda Triangle 🤔) What do you think? Personally, I'd like to see more videos from this perspective that last another minute or two for a more comprehensive view of the full launch (I dug pretty hard across the web but couldn't find any; if you know of any please LMK) ...But from what I can see in this short clip, it's obvious the rocket is nowhere near 17,500 MPH (that's 10x the speed of a speeding sniper bullet for reference), and it sure appears to be tapering off of its thrust in the upper atmosphere, NOT continuing to accelerate, as it would need to in order to reach the blinding horizontal orbit speed of 17,500 MPH that NASA claims. Let me know what you think in the comments! 👇
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“I have to tell you, being strapped into the rocket is a lot less stressful than being on Earth and being responsible for it." NASA Administrator Jared Isaacman Jared Isaacman tells me what went through his mind during the Artemis II launch: "It was a very clean launch, there’s no doubt about it. But we have nine more days to go till they splash down on the west coast of the U.S.”

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🚨 BREAKING: Artemis II has just been given the GO to execute the RETURN BURN back to Earth — set to reenter the atmosphere at nearly 25,000 MPH The crucial HEAT SHIELD will keep them safe 🇺🇸 1. The crew module will separate and thrusters will adjust Orion for reentry 2. Heat shield withstands 5,000 degrees F and communications will black out for a few minutes 3. Parachutes deploy, speed reduces to 19 MPH 4. SPLASH DOWN and recovery team assists the crew Splashdown off the coast of California!

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Let’s compare Josh Hart ’s Top Fuel Dragster fuel consumption to the launch of Artemis II 🔥🚀🌔 At full throttle, a Top Fuel engine burns about 1.2–1.5 gallons of nitromethane per second. To put it in perspective: • The fuel pump (mechanically driven) can flow over 100 gallons per minute • That’s more than a commercial fire hose level of flow • The entire run (≈3.6–3.8 seconds of racing) can consume 10–15 gallons total from burnout to shutdown. The Artemis II rocket 🚀: The 4 core engines burn: •1,500 gallons/sec of liquid hydrogen • 900 gallons/sec of liquid oxygen 👉 Combined total: •2,400 gallons/sec!! Direct Comparison: Top Fuel Dragster: ~1.5/gal sec reaching 340 mph Artemis II: ~2,400/gal sec reaching speeds of 24,500 mph 😮😮 G Forces •Top Fuel dragster launch: 4–5+ G instantly •Artemis II launch: builds gradually to ~4 G 👉 So: •Dragster = violent hit right away •Rocket = sustained, controlled squeeze And if you’re still here reading all of this, we thank you!
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Let’s compare Josh Hart ’s Top Fuel Dragster fuel consumption to the launch of Artemis II 🔥🚀🌔 At full throttle, a Top Fuel engine burns about 1.2–1.5 gallons of nitromethane per second. To put it in perspective: • The fuel pump (mechanically driven) can flow over 100 gallons per minute • That’s more than a commercial fire hose level of flow • The entire run (≈3.6–3.8 seconds of racing) can consume 10–15 gallons total from burnout to shutdown. The Artemis II rocket 🚀: The 4 core engines burn: •1,500 gallons/sec of liquid hydrogen • 900 gallons/sec of liquid oxygen 👉 Combined total: •2,400 gallons/sec!! Direct Comparison: Top Fuel Dragster: ~1.5/gal sec reaching 340 mph Artemis II: ~2,400/gal sec reaching speeds of 24,500 mph 😮😮 G Forces •Top Fuel dragster launch: 4–5+ G instantly •Artemis II launch: builds gradually to ~4 G 👉 So: •Dragster = violent hit right away •Rocket = sustained, controlled squeeze And if you’re still here reading all of this, we thank you!

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