They send more satellites in space than cameras. Actually sending a camera up to take close up pictures of satellites represents a monumental technical challenge, and expense, while bringing little value. They do send cameras up with spy satellites, observation satellites and mapping satellites, but they take pictures of the earth, the stars, or even other planets -- Magellan was a satellite that mapped Venus.
I actually don't believe you so I'll take your challenge and do it for myself. Oh looky here. Using google, I quickly found four sites of real non-CGI non-NASA pictures of satellites:
http://www.space.com/40-spotting-spaceships-earth.htmlhttps://www.quora.com/How-would-the-sky-appear-if-every-human-made-satellite-in-orbit-around-the-Earth-was-emitting-a-light-like-a-20W-light-bulbhttps://www.youtube.com/watch?v=rIesWBTUeiIhttp://www.aspylib.com/satellites/satellites.htmlHey, I even found one of Magellan, that also nicely shows the curvature of the earth viewed from space:
en.wikipedia.org/wiki/Magellan_(spacecraft)#/media/File:Magellan_deploy.jpg
Oops, sorry this one is from NASA:
nssdc.gsfc.nasa.gov/photo_gallery/photogallery-spacecraft.html#magellan
Every flat-earther can make similar observations for themselves, with a suitable camera and a clear sky — observations which can be easily explained by a spherical earth, and cannot be explained better by a flat earth theory. If you need help locating a satellite, try this site:
apps.agi.com/SatelliteViewer/?Status=Operational
Well then geostationary satellites proven to exist orbiting the earth must prove that the earth is not flat.
Satellite TV is another common observation easily explained by a spherical earth, and cannot be explained better, or at all, by a flat earth theory. Your land based theory is easily disproved by two homeowners. Hundreds of millions of non-NASA satellite TV customers point their stationary parabolic antennas up to the sky, and not at any ground based towers. Two flat-earthers in separate longitudes can easily measure the position, and distance, of the fixed source of the TV-signal, by simply knowing the pointing angle of the antenna needed to receive the TV-signal, and the precise location of that antenna.
LORAN used ground antennas whose location is measured with precise accuracy, using the coordinates of a geodetic model (oblate ellipsoid) of the earth.
An interesting feature of LORAN was the increased range at night, as the signal bounced off the ionosphere, allowing it to go beyond the line of sight horizon.
During the day, the ranges was 500-700 miles, while at night it was 1200-1400 miles. How does the flat-earth theory explain that observation better?
Has anyone taken pictures of undersea cables? How do we know that these cables connect continents? All I've seen are cartoons and artists renditions and photos showing very short segments of cable. Don't believe me -- google it for yourself.
What about Aristotle, who died 2000 years before the creation of NASA? He did not see any NASA images, but relied on observations of the stars with the human eye, at a time when there were no scientists saying so, and it was generally not something everyone believed.
Today we can rely on observing satellite TV, one where we’ve installed and pointed the parabolic dish ourselves, and taking amateur photos of objects in the sky, without relying on NASA, scientists, or popular opinions.