How would a long pole be transported to space?

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Can a long pole/s be strapped to a rocket without interfering with the aerodynamics of the rocket? How would a very long thin pole .5 km or longer be transported to orbit?



Can a satellite utilize gravity gradient stabiliazation and passive stabilization together?






launch artificial-satellite payload aerodynamics







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    up vote
    1
    down vote

    favorite












    Can a long pole/s be strapped to a rocket without interfering with the aerodynamics of the rocket? How would a very long thin pole .5 km or longer be transported to orbit?



    Can a satellite utilize gravity gradient stabiliazation and passive stabilization together?






    launch artificial-satellite payload aerodynamics







    share|improve this question

























      up vote
      1
      down vote

      favorite









      up vote
      1
      down vote

      favorite











      Can a long pole/s be strapped to a rocket without interfering with the aerodynamics of the rocket? How would a very long thin pole .5 km or longer be transported to orbit?



      Can a satellite utilize gravity gradient stabiliazation and passive stabilization together?






      launch artificial-satellite payload aerodynamics







      share|improve this question















      Can a long pole/s be strapped to a rocket without interfering with the aerodynamics of the rocket? How would a very long thin pole .5 km or longer be transported to orbit?



      Can a satellite utilize gravity gradient stabiliazation and passive stabilization together?






      launch artificial-satellite payload aerodynamics




      launch artificial-satellite payload aerodynamics






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited 3 hours ago

























      asked 4 hours ago









      Muze

      1,556839




      1,556839




















          2 Answers
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          A 500m pole would have a very significant effect on the rocket aerodynamics because it will disturb the airflow above the rocket; increasing the drag. Especially once supersonic.



          The drag would be monstrous, and it would need to survive the strong forces of Max Q, and the high Gs of launch.



          This leaves us with a somewhat inextricable problem, and out good old friend: the tyranny of the rocket equation:



          • To survive Max G/Q it need to be reinforced => It need to be made heavier => It need a bigger rocket.

          OR



          • To survive Max G/Q it need to be launched more slowly => It need a bigger rocket

          However; a foldable/telescopic 500m pole should be plausible.






          share|improve this answer



























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            The ISS solar array masts are launched collapsed in canisters, and run through a deployer mechanism to erect them as a long straight object. I see no technical reason why a much longer mast couldn't use this system.



            For details see this question and answer: How do the booms on ISS (and other spacecraft) extend and retract?






            share|improve this answer




















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              up vote
              2
              down vote













              A 500m pole would have a very significant effect on the rocket aerodynamics because it will disturb the airflow above the rocket; increasing the drag. Especially once supersonic.



              The drag would be monstrous, and it would need to survive the strong forces of Max Q, and the high Gs of launch.



              This leaves us with a somewhat inextricable problem, and out good old friend: the tyranny of the rocket equation:



              • To survive Max G/Q it need to be reinforced => It need to be made heavier => It need a bigger rocket.

              OR



              • To survive Max G/Q it need to be launched more slowly => It need a bigger rocket

              However; a foldable/telescopic 500m pole should be plausible.






              share|improve this answer
























                up vote
                2
                down vote













                A 500m pole would have a very significant effect on the rocket aerodynamics because it will disturb the airflow above the rocket; increasing the drag. Especially once supersonic.



                The drag would be monstrous, and it would need to survive the strong forces of Max Q, and the high Gs of launch.



                This leaves us with a somewhat inextricable problem, and out good old friend: the tyranny of the rocket equation:



                • To survive Max G/Q it need to be reinforced => It need to be made heavier => It need a bigger rocket.

                OR



                • To survive Max G/Q it need to be launched more slowly => It need a bigger rocket

                However; a foldable/telescopic 500m pole should be plausible.






                share|improve this answer






















                  up vote
                  2
                  down vote










                  up vote
                  2
                  down vote









                  A 500m pole would have a very significant effect on the rocket aerodynamics because it will disturb the airflow above the rocket; increasing the drag. Especially once supersonic.



                  The drag would be monstrous, and it would need to survive the strong forces of Max Q, and the high Gs of launch.



                  This leaves us with a somewhat inextricable problem, and out good old friend: the tyranny of the rocket equation:



                  • To survive Max G/Q it need to be reinforced => It need to be made heavier => It need a bigger rocket.

                  OR



                  • To survive Max G/Q it need to be launched more slowly => It need a bigger rocket

                  However; a foldable/telescopic 500m pole should be plausible.






                  share|improve this answer












                  A 500m pole would have a very significant effect on the rocket aerodynamics because it will disturb the airflow above the rocket; increasing the drag. Especially once supersonic.



                  The drag would be monstrous, and it would need to survive the strong forces of Max Q, and the high Gs of launch.



                  This leaves us with a somewhat inextricable problem, and out good old friend: the tyranny of the rocket equation:



                  • To survive Max G/Q it need to be reinforced => It need to be made heavier => It need a bigger rocket.

                  OR



                  • To survive Max G/Q it need to be launched more slowly => It need a bigger rocket

                  However; a foldable/telescopic 500m pole should be plausible.







                  share|improve this answer












                  share|improve this answer



                  share|improve this answer










                  answered 3 hours ago









                  Antzi

                  6,1481846




                  6,1481846




















                      up vote
                      2
                      down vote













                      The ISS solar array masts are launched collapsed in canisters, and run through a deployer mechanism to erect them as a long straight object. I see no technical reason why a much longer mast couldn't use this system.



                      For details see this question and answer: How do the booms on ISS (and other spacecraft) extend and retract?






                      share|improve this answer
























                        up vote
                        2
                        down vote













                        The ISS solar array masts are launched collapsed in canisters, and run through a deployer mechanism to erect them as a long straight object. I see no technical reason why a much longer mast couldn't use this system.



                        For details see this question and answer: How do the booms on ISS (and other spacecraft) extend and retract?






                        share|improve this answer






















                          up vote
                          2
                          down vote










                          up vote
                          2
                          down vote









                          The ISS solar array masts are launched collapsed in canisters, and run through a deployer mechanism to erect them as a long straight object. I see no technical reason why a much longer mast couldn't use this system.



                          For details see this question and answer: How do the booms on ISS (and other spacecraft) extend and retract?






                          share|improve this answer












                          The ISS solar array masts are launched collapsed in canisters, and run through a deployer mechanism to erect them as a long straight object. I see no technical reason why a much longer mast couldn't use this system.



                          For details see this question and answer: How do the booms on ISS (and other spacecraft) extend and retract?







                          share|improve this answer












                          share|improve this answer



                          share|improve this answer










                          answered 3 hours ago









                          Organic Marble

                          47.9k2122203




                          47.9k2122203



























                               

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