joaquin
Member
It is not me that has a problem with the logistics. With everything else that has been possible since the Wright brothers first took flight!Seriously? You think broadcasting a TV signal from a celestial body 234,000 miles away is a task that requires less wattage and power than a TV or radio station broadcasting from Earth to receivers on Earth? With an Antenna only about 20 feet above the ground of that body, when transmitters on Earth broadcasting to Earth receivers use towers 1000 feet off the ground? You aren't even being logical on this.
Most FM radio stations max out broadcasting at 100,000 watts nowadays, and only have a broadcast area of about 200 miles or so. The highest wattage I could find used commercially was over half a million, 543,000 watts, and broadcasting to an area of maybe 600 miles. By my calculations, That's still 228,000 miles short of the moon.
It's not exactly that simple, but you need some combination of high power and high antenna if you plan on broadcasting any distance here on Earth. To get a broadcast quality signal 234,000 miles from the moon back to Houston, with no repeaters, is going to take a huge amount of power, and a much taller antenna than one mounted on this hunk of junk-
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Anyway, if you don't think wattage or power is a problem, why don't you ask a radio or television engineer how long they could run their transmitter off batteries? And how many thousands of miles they could broadcast with that battery powered transmitter? And for how long? And if that antenna needs to be more than 20-30 feet off the ground?
Show me something in writing from engineers stating what you are trying to. I am not asking for a video from bitchute or youtube, please. On top of that, you're not factoring in that space not have an atmosphere to interfere with the signal the same way here on earth.
As I asked earlier: How much power and wattage would they need, Tank?