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| "That's one small step for [a] man, one giant leap for mankind" |
The Apollo program has always utterly fascinated me, with the Apollo 11 mission being my favorite. It was the shortest of the moon missions but arguably the riskiest. Today, so much time has passed that many are skeptical that it even happened. This is a shame because our successful flights to the moon and back represent one of the greatest achievements of mankind.
Also shameful is our 40-year absence from the moon. Why did we stop building wonderful machines that can take us to the moon? When will we go again? I would go today, if I could. First I would get on the top of a big old Saturn V stack, way up at the top in the Command Module, just me and two of my homeboys strapped in real tight.
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| Taller than the Statue of Liberty and carrying over 5 1/2 million pounds of fuel, the Saturn V remains the most powerful rocket ever built. |
At liftoff, the amount of thrust generated by the five F1 engines making up the first stage is just incredible. My buddies and I are in for a serious ride. The beginning of the flight is not so bad, the rocket just barely countering the effects of gravity on my massive space ship. But soon enough we start to feel the effects of four times normal gravity. Now I am pretty susceptible to motion sickness so I am having a real hard time here. I try to shake it off and before you know it we are on our way to space!
Apollo 11 Saturn V Launch (HD) Camera E-8 from Spacecraft Films. This was filmed at 500 frames per second so it seems like it's in super slow motion, it is actually 30 seconds of flight time.
BANG! The explosive bolts fastening the first stage to the second stage fly away from the rocket. We are traveling at 6,000 miles an hour but that is still not fast enough! We need to get all the way to the MOON! The second stage has five J2 engines and will get us to over 15,000 miles an hour. BANG, BANG! I drop the second stage and now we're burning fuel in the third stage, it only has a single J2 engine but that is more than enough to get me to the moon.
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| This shows the first stage of the Saturn V rocket falling away from the rest of the spacecraft. |
I burn some fuel and maneuver my spaceship into low Earth orbit. This is a well known part of space, we have been tooling around up here for a good 40 years since Apollo and the place is pretty crowded. There are a lot of military, communications, and weather satellites, many tons of space junk and -- wait, what's this? The International Space Station? Hello, friends! I can't stay long to talk because I am on my way to the MOON! I check out my space ship, and everything looks great. This is one of the finest examples of engineering ever created and I can't wait to re-ignite that J2 engine.
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| After checking on the spacecraft to ensure nothing was damaged by liftoff, the third stage rocket is re-ignited, providing all the thrust to take us to the Moon. |
Translunar injection! At just the right moment I fire up my rocket and escape Earth's gravity for my flight to the moon. I am real psyched to spend four days in close quarters with some good friends. They are all about the mission though, which I respect so much it brings a tear to my eye. It floats away like a little bubble in zero gravity. My homeboys start giving me that weird look and I get down to business myself.
Can I just tell you how much I love the transposition, docking, and extraction maneuver performed in the Apollo missions? This is where I gently release the third stage. We are moving away from Earth at many thousands of miles an hour, but we in the Command Module are at rest in relation to the rocket behind us. Carefully, I turn the module around using its little jet thrusters. The third stage is wide open, and inside is not one but two spaceships, connected to each other. I dock and then slowly pull the Lunar Excursion Module from the third stage.
Prior to Apollo, moon missions were often depicted as showing a rocket leaving Earth, landing on the Moon, and then the same rocket leaving the Moon and flying back to Earth. This technique is impractical, requiring an exponentially larger amount of fuel and many more rocket stages than Apollo.
Once I have the LEM safely away from the third stage, I turn around and continue my trip to the moon. It takes a while and the Command Module is close quarters but we get there just fine. Attached to the back of us is the Service Module, which contains the restartable rockets we need for our flight home along with our supplies. One of my buddies takes over flying the Command Module and my other friend and I climb into the LEM. We undock and now comes the exciting part.
When Neil Armstrong landed on the moon, he did so after rejecting his original landing site, cruising over the surface of the moon and touching down with just seconds of fuel left. Mr. Armstrong's courage, quick thinking, and cool handling of an incredibly dangerous trip into the unknown make him a true living legend. He is incredibly modest and today he downplays his contribution to human history, but he should always be looked up to as a true hero by all Americans and people everywhere.
On my flight, I rely on my advanced flight computer to track the best path and take us down. I'm not afraid to say I am not anywhere near the pilot Neil Armstrong is and I want to get my LEM down safe.
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| It's not pretty, but it's pretty awesome. |
WE DID IT! I try and hug my friend but he kind of ducks me and makes way for the space suits. We each get suited up and he makes his way out the door. I head out right after him and motion to him to snap a picture.
| Removing my visor in the dead vacuum of space was not the best idea. |
I collect a contingency sample of moon soil so I won't go home empty handed. We spend a few days on the moon, eating delicious astronaut ice cream and a variety of freeze dried meals. I find myself spending a lot of time looking back at planet Earth. Earthrise is heartbreakingly beautiful. Seeing our planet, and everyone we know, everyone who ever lived except for us, a tiny, blue, beautiful disc in the sky. I feel overwhelmingly grateful to be alive, for life itself, to live on this tiny planet, the only place habitable for life we can see for light years all around us.
The moon, as Buzz Aldrin said, is "magnificent desolation". There is nothing there. To live there, we would have to transport millions of tons of supplies and find at least a minimal supply of native water. "One day," I say to myself determinedly. We get back in the LEM, the landing gear of the descent stage of our sturdy little ship now becoming a launch pad for the ascent stage. Its tiny rocket has no problem escaping the moon's weak gravity and we head back to the Command Module.
"What took you so long?" jokes our now-bearded Command Module pilot. While we were messing around on the moon he was busy orbiting. Each time he went behind the moon he lost contact with Earth, with everybody. I think a lot about Michael Collins up there, so close to the moon but knowing all along he would not touch the surface. I would have traded places with him in a second, to experience the magnificence of the Moon up close and to contribute to the most significant mission our space program has ever undertaken.
We drop the ascent module back onto the moon, adding it to the wrecked ships from the Apollo 11, 12, 14, 15, 16, and 17 missions. We orbit for a while and then fire up our engines for one last big burn, the trans-earth injection. It's bittersweet for us, we are definitely looking forward to getting home but a piece of us will remain on the moon forever.
As we approach Earth, we release the Service Module which has brought us home from the moon. We brace ourselves for our landing. The Earth's atmosphere heats up the Command Module but our heat shield works perfectly. We get close to Earth, dump the heat shield and release the huge drogue parachutes to slow our descent.
Splashdown! The Command Module floats to the surface and we are picked up by a nearby ship. I think of my father, who served in the US Navy on the USS Hornet and was part of the crew that picked up the Apollo 11 astronauts after they successfully returned to Earth. Even though we have had our differences over the years, I have always been somewhat in awe at his brush with the greatest moment in space history.
As soon as I complete my mandatory physical I start making plans to go back. Oh how I can't wait to go back!
Why haven't we ever been back?
The Apollo Missions are utterly fascinating to me, I recommend the following two books for anyone interested in learning more about this incredible achievement.
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| This book is written by the Apollo 11 astronauts and contains their own recollections of the mission as well as many interesting stories about their trip to the moon and back. |
I love space museums and anything to do with the Moon, here are some photos from my personal collection.
| Here I am next to the Apollo 8 (first manned lunar orbit) Command Module, at Chicago's Museum of Science and Industry |
| Here I am next to the Apollo 11 (first moon landing) Command Module "Columbia", at the Smithsonian Air and Space Museum in Washington DC |
| This is me underneath a model of the F1 engine, the Saturn V first stage had five of these to lift the huge stack off the ground. |
| It only got worse for me at EPCOT, here I am nearly getting run over by Mickey Mouse's bus. |























