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Originally posted by ngchunter
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The cables were just one way to simulate 1/6th earth's gravity, they did not interfere with the ability to simulate the craft's descent rate, in fact, they made such simulation possible.
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"You keep ignoring my video, pretending like it doesn't exist. How conveinent for you because this video shows them landing a craft "backwards" without cables...
Originally posted by Big-Brain
Originally posted by ngchunter
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The cables were just one way to simulate 1/6th earth's gravity, they did not interfere with the ability to simulate the craft's descent rate, in fact, they made such simulation possible.
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"You keep ignoring my video, pretending like it doesn't exist. How conveinent for you because this video shows them landing a craft "backwards" without cables...
"... to simulate the craft's descent rate"?
Hey, but they had to learn landings going backwards, not descent rate.
"You keep ignoring my video, pretending like it doesn't exist"...
No, but I have found a more interesting video that shows in plain evidence that LLRV, without computer, without gyroscopes, could fly in an amazing way:
youtube.com...
Originally posted by ngchunter
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Oh really? That's quite an ignorant assertion. How in the heck are you supposed to safely land ANYTHING if you don't have a feel for what your descent rate is? The langely facility gave them that feel as well as the basics for controlling the craft in a safe environment.
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Incidently though, I think you should go back and watch my previous video again. It completely invalidates any notion that it's impossible to "land going backwards."
Originally posted by ngchunter
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You don't need "complicated skills" to "balance" in space when you have a gyroscope.
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Originally posted by Big-Brain
with stronger cables, well yes they would have been able to learn to safely land the LEM - if it had been possible.
By the way “How to learn to safely land a LEM on the Moon” with Beatles “Penny Lane” music could be a finest song.
Well, did you enjoy my video? youtube.com...
Unfortunately, we must return to the real world. I know it’s a sad thing but this is the real video:
www.dfrc.nasa.gov...
It’s just an act: you can see many cine-cameras that NASA’s braggarts have put in the video to make people to think LLRV’s take off and landing would be seen from all the world.
It’s just an act: LLRV had no computers and no gyroscopes. How could that carpentry vehicle similar to a T-rex keep its balance controlled only with one or two control-sticks?
You have said:
Originally posted by ngchunter
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You don't need "complicated skills" to "balance" in space when you have a gyroscope.
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Hey, I didn’t know that to balance in space you need a simple gyroscope. But this T-rex had no gyroscopes:
It can fly only in 3D animated cartoon:
Oh so because they publicized their successes they must be lying, even though there's no possible way that they could have faked those videos in the 60's...
Originally posted by Big-Brain
In the 50's they could already fake pictures and films.
Do you think this video of 1954 is real?
www.youtube.com...
The cab of the LEM can accomodate two persons at the same time. A common instrument panel is mounted between the two pilots. Attitude controls at the right hand seat consist of a set of standard foot pedals for yaw control and a two-axis side-arm controller used for pitch and roll control. The left hand seat is provided with a three-axis side arm controller. Thrust of the main engine is controlled by either pilot with his left hand using the collective pitch levers.
Weight of the vehicle is 12,000 pounds, of which 3300 pounds was hydrogen peroxide fuel, giving a flight duration of slightly less than three minutes.
Thrust of the main engine is controlled by either pilot with his left hand using the collective pitch levers.
While this was a bold plan that held out the promise of achieving a lunar landing by 1969 it presented many technical difficulties . The LOR plan was based on the premise that NASA trained astronauts could master the techniques of landing the LEM on the lunar surface and returning to or- bit and docking with the mother ship. The Lunar Landing Research Facility was designed to solve one part of t h i s problem, that is, how to land men on the surface of the Moon. The need for such a f a c i l i t y arose from the fact that there was no direct parallel between the unique piloting problems of the LEM and normal aircraft operating
in Earth's atmosphere. Conditions encountered by the LEM were different due to the Moon's lack of an atmosphere and low gravitational force. For example, a vehicle operating in the vicinity of the Moon requires the use of control rockets which are operated in an on-off manner, thereby producing abrupt changes in control torques rather than the smoothly modulated controlled torques of a helicopter. Furthermore, inasmuch as the LEM hovers with a thrust equal to its weight, the lunar vehicle hovers with only one-sixth of the thrust required to hover the same vehicle in Earth's gravity. As a result , the control system characteristics in translation are markedly different from those of an Earth vehicle, thus precluding the extrapolation of results in Earth conditions to
lunar conditions.