I Love The Video flew a vehicle named Scorpius on two, three-minute flights between launch and landing pads 60 meters apart It Can Increase My Knowledge
Nice Video flew a vehicle named Scorpius on two, three-minute flights between launch and landing pads 60 meters apart on Saturday, Sept That You Share , So Very Nice Thanks You
I Really Like The Video Armadillo Aerospace Corp. flew a vehicle named Scorpius on two, three-minute flights between launch and landing pads 60 meters apart on Saturday From Your
Your Video Armadillo Aerospace Corp. flew a vehicle named Scorpius on two, three-minute flights between launch and landing pads 60 meters apart on Saturday, Sept Is Very Useful Sharing
I think what the other gentleman is observing is understandable. although one must realize it's not static, obviously you are trying to keep the thrust center line aligned with the spacecraft's center of mass. The taller the stack is, the more the engine will need to gimbal to maintain alignment. simple enough.
Amazing.. if only we concentrated on tech like this, How focused is the rocket wonder what fuel mix is? Bet its got a little more computing power than a calculater like APOLLO, how cool is that?
Lander's like these rely on what's called "The broomstick effect", the center of gravity is so high relative to the point of lift, that it actually increases stability. Try it yourself, you can balance a broomstick on one finger, but as soon as you try it with a pencil, even though its lighter, it will tip over because the center of gravity is too close to the point of lift. Its all about leverage and pivot points.
@NelielTuOderswank This explanation doesn't make fully sense, because merely raising the center of mass higher is not going to increase stability, but reduce it. However, if the mass is distributed over a very long distance, it's going to increase the moment of inertia, and that will increase stability. It sounds like the effect you were talking about.
@jostpuur You didn't read the entire conversation. Raising the center of gravity reduces passive stability, and increases active stability. Passive stability is required when you don't have a computer to stabilize the craft. The LEM however does have a guidance computer, which allows it to have all the advantages of a high center of gravity (maneuverability) and the stability of a low center of gravity.
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wow very beautifully launch and land again,,,
only america can do it,,,
not ussr russia,,,
dont let ussr russia copy steal from this american lunar rocket
bestamerica 1 month ago
@bestamerica loool :DD first of all there is no ussr, secondly china will be first
cud0s 2 weeks ago
@bestamerica Well if anyone is willing to go to the moon or anywhere else in space for that matter there needs to be some healthy competition.
So why not get it to the moon before the Ruskies, China, Japan or heaven forfend Europe.
Flyberius 2 weeks ago
Flyberius,
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okay thank explain,,,
the moon is a death, dry, no air, black and white, very bored,,,
the mars is more fun and thriller, have air, colorful, nice weather
bestamerica 1 week ago
@bestamerica Moon is much closer and has a lot of fusion fuel.
clerlic 1 week ago
clerlic,
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use alot of fuels inside the big gas tanks,,,
use power nuclear rocket motor inside the spacecraft then going fly to mars,,,
use solar power system,,,
forget it about ussr russia,,,
no no need depend on ussr russia
bestamerica 1 week ago
Is the thrust vector computer controlled? Or does it oscillate automatically in a circle?
EthanNin0 1 month ago
I am very happy to see the vidoe Scorpius Lunar Lander Challenge from you, hopefully the others also are happy for You
Ondelendo 2 months ago
I Love The Video flew a vehicle named Scorpius on two, three-minute flights between launch and landing pads 60 meters apart It Can Increase My Knowledge
bebeheuy 2 months ago
Nice Video flew a vehicle named Scorpius on two, three-minute flights between launch and landing pads 60 meters apart on Saturday, Sept That You Share , So Very Nice Thanks You
willamricard 2 months ago
I Really Like The Video Armadillo Aerospace Corp. flew a vehicle named Scorpius on two, three-minute flights between launch and landing pads 60 meters apart on Saturday From Your
imegatrone 2 months ago
Your Video Armadillo Aerospace Corp. flew a vehicle named Scorpius on two, three-minute flights between launch and landing pads 60 meters apart on Saturday, Sept Is Very Useful Sharing
bundawartini 2 months ago
Seems like it should have a built-in fire extinguishing system instead of having guys run out to it with a fire bottle seconds after landing.
FantasticBob7000 4 months ago
Very Nice. !
I think what the other gentleman is observing is understandable. although one must realize it's not static, obviously you are trying to keep the thrust center line aligned with the spacecraft's center of mass. The taller the stack is, the more the engine will need to gimbal to maintain alignment. simple enough.
1MtnBoy 4 months ago
Amazing.. if only we concentrated on tech like this, How focused is the rocket wonder what fuel mix is? Bet its got a little more computing power than a calculater like APOLLO, how cool is that?
johnt1862 10 months ago
That was great. I did not see any duct tape.
gaynorglowellxsingh 1 year ago
Lander's like these rely on what's called "The broomstick effect", the center of gravity is so high relative to the point of lift, that it actually increases stability. Try it yourself, you can balance a broomstick on one finger, but as soon as you try it with a pencil, even though its lighter, it will tip over because the center of gravity is too close to the point of lift. Its all about leverage and pivot points.
NelielTuOderswank 1 year ago
@NelielTuOderswank This explanation doesn't make fully sense, because merely raising the center of mass higher is not going to increase stability, but reduce it. However, if the mass is distributed over a very long distance, it's going to increase the moment of inertia, and that will increase stability. It sounds like the effect you were talking about.
jostpuur 1 year ago
@jostpuur You didn't read the entire conversation. Raising the center of gravity reduces passive stability, and increases active stability. Passive stability is required when you don't have a computer to stabilize the craft. The LEM however does have a guidance computer, which allows it to have all the advantages of a high center of gravity (maneuverability) and the stability of a low center of gravity.
NelielTuOderswank 1 year ago
Fuckin incredible, it doesnt even look real it hovers so steadily
Lukeschedel 1 year ago
It's so steady.
Anvilcjl 2 years ago