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XCOR Aerospace of Mojave, Calif., It is already selling $95,000 tickets on a space plane called the Lynx. "You're sitting in the cockpit," says XCOR chief operating officer Andrew Nelson, a two-passenger maximum into selling points. "It's going to be a real astronaut experience." Unlike capsules and other space planes, Lynx will fire its custom-made kerosene and liquid-oxygen rocket engines to take off horizontally from a runway, as a plane does, and then climb steeply on its way to space.
HOW IT WORKS
Takeoff: The space plane speeds along a runway under the power of four rocket engines.
Ascent: The Lynx reaches Mach 2.9 as it speeds straight upward.
Apogee: The engines cut out about 3 minutes after takeoff. The craft follows a parabolic trajectory in suborbital space.
Reentry: Thermal insulation on the nose and leading edges of the wings protect the craft from the heat of reentry.
Landing: The space plane sheds speed by circling in a downward corkscrew. The wing area is sized for landing at moderate speeds, near 110 knots—a little slower than that of an airliner during a landing.
Fly Again: Lynx's creators say the space plane will be able to make four flights a day.
It is a scientific platform
The Lynx will carry out scientific programs on almost every flight. So while you are enjoying a life-changing experience, you may also contribute to scientific research with great potential to benefit mankind.
Mission tactics course (mandatory)
Desdemona SimulatorDesdemona Simulator
The Desdemona simulator is a state-of-the-art simulator and unique in its kind. Built by the Austrian company AMST and TNO, it is located in Soesterberg, the Netherlands.
Desdemona is the first simulator that is both full-motion and capable of generating all possible G-forces up to 3.3G. In the cockpit, an advanced high-resolution video simulation gives the astronaut a view of almost 180 degrees wide. No simulator anywhere in the world can generate the high performance simulation you will experience in Desdemona.
Here is the velocity needed to escape the Moon's gravity: 5323.9 mph
originally posted by: samkent
a reply to: butcherguy
Here is the velocity needed to escape the Moon's gravity: 5323.9 mph
Lets remember the LM didn't even need escape velocity.
Only orbital velocity.
The Apollo Service module did the rest.
Clearly the OP hasn't bothered to read the most basic Apollo mission profiles.
Sometimes it's best to leave these people alone.
originally posted by: Jonjonj
a reply to: ProfessorPatternfish
What I take from your post is: Would you have the balls? And it is clear that you personally would not. Don't worry though, neither would I to be honest.
Not so fun-fact. There were only 5 Space Shuttle Orbiters built, 2 of them were destroyed in accidents. Now getting into one of THEM took such balls I am surprised those people could actually walk, both the men AND the women!
SO then, at the end of the day, we have established a lack of balls and not much else really.
originally posted by: ProfessorPatternfish
originally posted by: Jonjonj
a reply to: ProfessorPatternfish
What I take from your post is: Would you have the balls? And it is clear that you personally would not. Don't worry though, neither would I to be honest.
Not so fun-fact. There were only 5 Space Shuttle Orbiters built, 2 of them were destroyed in accidents. Now getting into one of THEM took such balls I am surprised those people could actually walk, both the men AND the women!
SO then, at the end of the day, we have established a lack of balls and not much else really.
Wow you seem to know me so well?
What else do you know about me that I don't?
I am honestly interested.
FYI. If someone. NASA offered me the chance to go into space.
I would rip there arm off and say thanks lets go.
originally posted by: ProfessorPatternfish
originally posted by: Jonjonj
a reply to: ProfessorPatternfish
What I take from your post is: Would you have the balls? And it is clear that you personally would not. Don't worry though, neither would I to be honest.
Not so fun-fact. There were only 5 Space Shuttle Orbiters built, 2 of them were destroyed in accidents. Now getting into one of THEM took such balls I am surprised those people could actually walk, both the men AND the women!
SO then, at the end of the day, we have established a lack of balls and not much else really.
Wow you seem to know me so well?
What else do you know about me that I don't?
I am honestly interested.
FYI. If someone. NASA offered me the chance to go into space.
I would rip there arm off and say thanks lets go.
I am curios, in this day and age. With what we know about space exploration. Would anyone really get in this Apollo 11 Lander if was told it goes to the moon? I wouldn't. I would laugh and say; "It looks like it is made of card, left over Christmas wrapping paper and egg cartons".
W*ould you get in this if I told you it goes to the moon?
originally posted by: Jonjonj
originally posted by: ProfessorPatternfish
originally posted by: Jonjonj
a reply to: ProfessorPatternfish
What I take from your post is: Would you have the balls? And it is clear that you personally would not. Don't worry though, neither would I to be honest.
Not so fun-fact. There were only 5 Space Shuttle Orbiters built, 2 of them were destroyed in accidents. Now getting into one of THEM took such balls I am surprised those people could actually walk, both the men AND the women!
SO then, at the end of the day, we have established a lack of balls and not much else really.
Wow you seem to know me so well?
What else do you know about me that I don't?
I am honestly interested.
FYI. If someone. NASA offered me the chance to go into space.
I would rip there arm off and say thanks lets go.
Are you sure? Because your OP says this...
I am curios, in this day and age. With what we know about space exploration. Would anyone really get in this Apollo 11 Lander if was told it goes to the moon? I wouldn't. I would laugh and say; "It looks like it is made of card, left over Christmas wrapping paper and egg cartons".
Good job at least space engineers test for consistency, you clearly don't.
originally posted by: ProfessorPatternfish
originally posted by: Jonjonj
originally posted by: ProfessorPatternfish
originally posted by: Jonjonj
a reply to: ProfessorPatternfish
What I take from your post is: Would you have the balls? And it is clear that you personally would not. Don't worry though, neither would I to be honest.
Not so fun-fact. There were only 5 Space Shuttle Orbiters built, 2 of them were destroyed in accidents. Now getting into one of THEM took such balls I am surprised those people could actually walk, both the men AND the women!
SO then, at the end of the day, we have established a lack of balls and not much else really.
Wow you seem to know me so well?
What else do you know about me that I don't?
I am honestly interested.
FYI. If someone. NASA offered me the chance to go into space.
I would rip there arm off and say thanks lets go.
Are you sure? Because your OP says this...
I am curios, in this day and age. With what we know about space exploration. Would anyone really get in this Apollo 11 Lander if was told it goes to the moon? I wouldn't. I would laugh and say; "It looks like it is made of card, left over Christmas wrapping paper and egg cartons".
Good job at least space engineers test for consistency, you clearly don't.
I just wouldn't get in an egg box to go to the moon.
Ill jump in the space shuttle.
Ill even ask if I can have a go on the controls too.
originally posted by: Soylent Green Is People
originally posted by: StallionDuck
I've seen flat bottom aluminum hull boats more seamless than this.
A boat hull would have more external forces acting against it (water drag as it moved through the water, air drag at it moved through the air) than the LM would encounter.
The LM had virtually no drag forces acting on it in the vacuum of space and the near-vacuum of the Moon, so a taped seam does not need to be perfectly smooth.
originally posted by: Soylent Green Is People
originally posted by: ProfessorPatternfish
originally posted by: Jonjonj
originally posted by: ProfessorPatternfish
originally posted by: Jonjonj
a reply to: ProfessorPatternfish
What I take from your post is: Would you have the balls? And it is clear that you personally would not. Don't worry though, neither would I to be honest.
Not so fun-fact. There were only 5 Space Shuttle Orbiters built, 2 of them were destroyed in accidents. Now getting into one of THEM took such balls I am surprised those people could actually walk, both the men AND the women!
SO then, at the end of the day, we have established a lack of balls and not much else really.
Wow you seem to know me so well?
What else do you know about me that I don't?
I am honestly interested.
FYI. If someone. NASA offered me the chance to go into space.
I would rip there arm off and say thanks lets go.
Are you sure? Because your OP says this...
I am curios, in this day and age. With what we know about space exploration. Would anyone really get in this Apollo 11 Lander if was told it goes to the moon? I wouldn't. I would laugh and say; "It looks like it is made of card, left over Christmas wrapping paper and egg cartons".
Good job at least space engineers test for consistency, you clearly don't.
I just wouldn't get in an egg box to go to the moon.
Ill jump in the space shuttle.
Ill even ask if I can have a go on the controls too.
You still haven't explained why you feel that exposed reflective foil insulation on The LM makes it any less space-worthy just because that insulation is exposed.
Besides it not "looking right" to you, what real technical issues do you have with it?
I mean, I've already showed you that the crew cabin is a simple cylindrical pressure vessel, and the rest of the stuff is built around that, so the place that actually holds the astronauts is not an "egg carton", but rather a structurally-sound cabin.
originally posted by: StallionDuck
originally posted by: Soylent Green Is People
originally posted by: StallionDuck
I've seen flat bottom aluminum hull boats more seamless than this.
A boat hull would have more external forces acting against it (water drag as it moved through the water, air drag at it moved through the air) than the LM would encounter.
The LM had virtually no drag forces acting on it in the vacuum of space and the near-vacuum of the Moon, so a taped seam does not need to be perfectly smooth.
I guess that's a really good point. Though what about G-forces?
originally posted by: ProfessorPatternfish
In the UK there was a children's television show called Blue Peter. Every week they would make some useful 'Thing' out of egg boxes and odds and ends.
Because of the time the show was on for. The presenter would pull a fished version of what they was showing one to make and say:
"Here is one I made earlier"
That is exactly what I think when I look at this egg box.
Here is one they made earlier form card on wrapping paper.