It seems nobody at Apollohoaxforum can explain how much energy/fuel Apollo 11 needed to enter into and out of orbit of Moon without atmosphere, so I suggest we now turn to the famous re-entry through Earth atmosphere and landning, where no energy was needed at all according NASA. Just dive into the atmosphere! But how?
Re-entry had been tested with Apollo 4 after a trip around the Moon and Apollo 4 arrived at Earth outer atmosphere with velocity 11 200 m/s. Apollo 4 then managed a short re-entry - distance 4 400 km first down into the atmosphere during an initial entry phase, then the on-board computer changed the pitch and Apollo 4 flow up in the atmosphere - upcontrol phase - and then there was a final entry phase and ... parachutes deployed and splash down. Fantastic.
Apollo 11 apparently did another trajectory - much slower, much longer, no ups or downs but a smooth ride down and managed to splash down just in front of US president 'Tricky' Dick Nixon on an aircraftcarrier south of Hawaii. It was not fantastic - it was magic.
According my calculations such re-entries, incl. all backwards Shuttle re-entries from the ISS later, are not possible at all - the so called heat shield burns up immediately and with it the whole space ship. OK, the Shuttle had no heat shield but went backwards doing loops like a screwdriver to come down - all fantasy. Like usual.
![Kiss :-*](http://www.apollohoax.net/forum/Smileys/default/kiss.gif)
How can anybody believe that re-entry is possible just dropping down from space? Just diving or jumping from 10 meter is difficult if you look down before. If you look straight and dive you arrive at great speed into the water a little later. Diving from 400 000 meter with a start velocity 11 200 m/s is another biz. You will burn up long before you hit water.