Submitted by Dizzy_Ad3353 t3_1244hrg in space
Comments
Head_Weakness8028 t1_jdxx36y wrote
Yessir, same as you would approach any moving body in space. By matching the bodies, velocity and vector, you would be stationary relative to the structure/object.
collegefurtrader t1_jdy83oe wrote
I could see a proboscis with a bunch of docking ports and a slip ring connection that cancels the rotation. Then you can dock more than 2 things.
[deleted] t1_jdy7usy wrote
[removed]
SpartanJack17 t1_jdz9luu wrote
Hello u/Dizzy_Ad3353, your submission "Hello everyone . I am very interested in space megastructure. such as mckendree cylinder or bishop rings. But suppose we built it. How can a spacecraft dock with it ? Knowing that these huge structures rotate at huge speeds to generate a gravitaty similar to Earth's" has been removed from r/space because:
- Such questions should be asked in the "All space questions" thread stickied at the top of the sub.
Please read the rules in the sidebar and check r/space for duplicate submissions before posting. If you have any questions about this removal please message the r/space moderators. Thank you.
Reddit-runner t1_jdzbzgu wrote
Docking at the spin axis will definitely not work. Or you accept that you will only ever have a maximum of two ships docked simultaneously.
But this is obviously impractical for anything larger than the ISS.
Look up my older posts how to solve this.
Nydcn77 t1_jdy1fit wrote
Already solved. Rendezvous with Rama. Central axis docking.
Youria_Tv_Officiel t1_jdzecnl wrote
Either have a docking arm on both sides that align with the axis of rotation, or have a counter rotating docking ring with ports at regular intervals.
Trinull t1_jdxq8c3 wrote
I would assume that ships would dock along the axis of spin. In the case of a mckendree cylinder the ship would dock at the far end of the cylinder (matching its rotation speed). For a bishop rind they would probably dock in the centre of the ring (once again matching its rotations speed) then catch elevators down to the surface.