1. How so they get the shuttle high enough and fast enough on the designated day of landing?
They took the shuttle to the edge of space one hundred miles in altitude and took it into into free fall into the atmosphere. As the atmosphere accelerated into the shuttle at 9.8 m/s
2 the tiles on the shuttle got red hot and begun reacting and incinerating with flames at high temperatures.
2.By prop failure are you saying the shuttle is actually a prop?
Yes. The shuttle is a prop designed to help create the illusion of space travel. Politicos and government officials with big checkbooks like to see results of their funding firsthand.
3. True but what causes the points of light to begin with if in fact the shuttle and the ISS are not really where NASA says they are?
I don't think it's actually possible to see the shuttle while it is in orbit. I think that's just a rumor. The ISS should be the only man-made object visible from the ground.
If the shuttle is truly capable of sustained space travel then it suggests that NASA has found a method for achieving this. One possibility is what I like to call the "skipping stone" method of space travel where the shuttle skips across the surface of the atmosphere of the earth like skipping stones over water. In order for this to work - as the shuttle hits the atmosphere it must be tilted up somewhat or at least the front edge must be beveled. Otherwise, it can dig its way into the atmosphere, ending its skipping career. Then when the shuttle strikes the upper air, it pushes the air down. By Newton's Third Law (For every force there is an equal and opposite reaction force) the air exerts an upward and slightly backward force on the shuttle. The upward force pushes the shuttle back up into space and the backward force slows the shuttle, hopefully slightly.
And if the shuttle is carefully designed with weights and gyroscopes, it can better keep and maintain its orientation.