"Hahahaha, these people are so stupid! (I have an inferiority complex and feel threatened by them, and cannot explain why my own theories are correct but) look at how that one guy crash landed a rocket! What an idiot!"
You realize of course that even seasoned astronauts fail to fly ships properly? That this is not proof of anything, as you yourself are unlikely to fly any better?
If belief in a system were automatic ability to navigate a spaceship with it, then obviously, you would be able to do it yourself. Instead, you're a loser who wants to mock other losers, without understanding the first thing of what actual takeoff requires.
Both the FAA and NASA actually do admit that their mathematics for flight require a "flat non-rotating earth." I understand why such thing is the case. I daresay you do not (here's a hint: go to a science museum, and get a toy air rocket, and launch it inside, then watch how it quickly gets blown off course; you'll get thrown out, obviously, but it will prove to you that in a rotating Earth, you have to counteract the rotation of the Earth, while having the right angle to leave the atmosphere is sufficient for NASA).
https://www.faa.gov/about/office_or...host/labs/tgf/media/AircraftDynamicsModel.pdf
https://www.nasa.gov/centers/dryden/pdf/88104main_H-1391.pdf
Btw, there is no officially agreed upon speed of a rocket ship.
https://www.quora.com/What-is-the-maximum-speed-of-a-rocket-per-second?share=1
11km/s? 16km/s? 73.6 km/s? 96.1 km/s ?
Now, why is that? Well, it's possible that different models advanced that much in a matter of years. However, a inconsistent story is more often a sign that the thing actually measured is being lied about. Or that the people involved want to inflate the measurements for the same reason as in a fish story, to make them appear more impressive.
The thing is, we have a consistent version of how fast the Earth orbits (probably because people wanted to be sure that one was believed), and it usually doesn't even approach how the speed of a rocket. Basically, the Earth always outruns the rocket, meaning that once a person leaves Earth's orbit to fly to any object not on Earth's orbit, a return trip is impossible because Earth has left the area and cannot be chased down. I'll draw a picture for you, since you don't get it...
So, suppose for a second, that you're part of a research team devoted to this planet not in Earth's orbit. You calculate that this trip will take 12 days with the latest shuttle, so the astronauts take enough for 24 days, but decide to pack 10 extra tanks for emergency. They stay six months on this planet, which orbits at a different rate and/or direction (let's say Pluto even though the distance is wrong). As you'll note from the model, this orbit is now significantly off center, and the trip that took 12 days on arrival will take roughly three times that on return. The ship runs out of fuel, and everyone dies.
This is not calculating that each day, the Earth moves about 65000 mph while this rocket is closer to 15000 mph. This means, each day, the rocket is FOUR DAYS BEHIND the Earth in its movement, plus it's six months off course. How long with it take to catch up? Answer: it won't. It will run out of fuel, the astronauts will starve, and the Earth under this model will continue to move away. Return trip is not possible.