Youtube comments of Raptor White (@raptorwhite6468).
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@shefhenko These double orbits make no sense, orbit requires gravity, so that would made every planet a Moon of an unidentified unobservable and unmaterial object with high mass. Other scientific reasons why it don't work are observations made by: ASA, AfSA, BIRA-IASB, CSA/ASC, CNSA, CSIRO, ESA, EUSA, GISTDA, DLR, ISRO, ISARS, INTA, ISA, JAXA, KARI, CNES, CNIE, LAPAN, CONAE, NSAU, NASRDA, SRON, NOSA, SUPARTO, CONIDA, POLSA, RKA, CBK PAN, NARSS, UNOOSA and 20 other space agencies without an acronym. You only excluded NASA, so I guess these count.
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You again?
First of all, photons can't be affected by magnetic field, so radiation in Van Allen belt isn't made of photons, therefore not of X-Rays, or Gamma rays, but of highly charged particles, which can create those kinds of radiation by collisions with massive atoms, like lead, for example. Therefore, the lighter the spacecraft, the less radiation is created.
Btw. if nothing can get to the Moon, then I guess the retroreflectors just appeared on their own all of a sudden?
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@Helliconia54 A few mods? Well:
- the entire body of the car is extremely heavy, so as much of it as possible should be removed and probably made of different material, maybe carbon fiber
- most of the computers would be unnecessary, self driving would be impossible anyway
- it may be an all terrain car, but that doesn't include the moon, the very fine and sharp dust is unlike anything on Earth, so modifications to suspension and wheels would be necessary, along with specialized tires
- a lot other parts should be removed; they should get rid of three seats, as well as anything that's added only for the car to be comfortable and fancy - no need for that on the Moon
- engines and all the other moving parts have to be protected from the regolith, otherwise it will quickly destroy them
- the batteries could maybe stay, assuming they can withstand the temperature gradients, which I doubt
So, literally not a single part would remain unchanged
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Let me just ask you a single question: have you ever seen that glowing dot flying in the sky? The one that always appear exactly where ISS should be? What is it? You'll probably guess it's a plane, flying at maybe 20 km or something like that. Apart from the fact that it never lands, how can it fly around the Earth in 90 minutes? And always show up precisely where predicted? Well, let's assume that they have some magic propulsion systems, and that answers everything. Right? Of course not. Look at that dot in the sky and look at a flying plane. It takes a similar amount of time for them both to pass from horizon to horizon. That means if it's a plane flying at an altitude of around 20 km, for it to go from horizon to horizon at a similar rate to a regular plane, it has to be travelling only twice as fast, so around 1800 km/h. Quite a bit slower than ~27000km/h. Not to mention if it was at that low altitude, it wouldn't be visible across such vast areas, thousands of kilometers wide. With some math we can calculate, that it only makes sense for it to be at an altitude of around 400 km.
But why stop here? Maybe it's a hologram on the dome? Well, there is one more problem. It occasionally passes in front of the sun and moon. And blocks their light. So it has to be a solid object flying under them.
In conclusion, it has to be a solid object, flying 27500 km/h and 400 km over the surface. So it can't be a hologram, it can't be a plane... What can it be then? A space station.
And so... I ended up answering the question for you... But perhaps there is something I missed, I'd love to see if you have any other explanation, because so far, no one had.
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Let me just ask you a single question: have you ever seen that glowing dot flying in the sky? The one that always appear exactly where ISS should be? What is it? You'll probably guess it's a plane, flying at maybe 20 km or something like that. Apart from the fact that it never lands, how can it fly around the Earth in 90 minutes? And always show up precisely where predicted? Well, let's assume that they have some magic propulsion systems, and that answers everything. Right? Of course not. Look at that dot in the sky and look at a flying plane. It takes a similar amount of time for them both to pass from horizon to horizon. That means if it's a plane flying at an altitude of around 20 km, for it to go from horizon to horizon at a similar rate to a regular plane, it has to be travelling only twice as fast, so around 1800 km/h. Quite a bit slower than ~27000km/h. Not to mention if it was at that low altitude, it wouldn't be visible across such vast areas, thousands of kilometers wide. With some math we can calculate, that it only makes sense for it to be at an altitude of around 400 km.
But why stop here? Maybe it's a hologram on the dome? Well, there is one more problem. It occasionally passes in front of the sun and moon. And blocks their light. So it has to be a solid object flying under them.
In conclusion, it has to be a solid object, flying 27500 km/h and 400 km over the surface. So it can't be a hologram, it can't be a plane... What can it be then? A space station.
And so... I ended up answering the question for you... But perhaps there is something I missed, I'd love to see if you have any other explanation, because so far, no one had.
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Launches are not a good metric of speed, nor cost of a rocket's development. If we actually compare those numbers, then it is somewhat hard to tell which was developed faster, but it's safe to say Saturn V was. It launched for the first time 7 years after they began designing it.
It's hard to pinpoint exactly when Starship began its development though, it was first announced in 2005 (it was a very vague announcement, just that they plan on making a really big rocket), but designs that they use today only date back to 2018. Regardless of that, Starship is not an operational vehicle yet, so Saturn takes the crown here.
When it comes to costs however, Starship's development is 5-10 times cheaper, because the government understandably doesn't dump loads of money on it, like they did with the Apollo program.
You also imply that "billions of taxpayers money" are spent on the development of Starship. This is not true. NASA awarded SpaceX 4.04 billion dollars for development, construction and delivery of two HLS spacecrafts for Artemis III and IV. (This might sound like a lot, but meanwhile NASA spends 1.5 billion dollars just developing an upgraded mobile launcher) They were also awarded 100 million dollars as part of the Space Force's Rocket Cargo program. All mentioned contracts have a fixed price, so no, the taxpayers are not paying for each launch of Starship, as many people think. This is completely financed by SpaceX.
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