Kerbal Space Program

Kerbal Space Program

Shukinen 12. juni 2013 kl. 18.28
remote tech
ok here i sogt myself remote tech i rly like the system of it , tho i came with a new issues lol, i can put 1st satellite up and put it in geostationary orbit kind of easily facing the base, the issues comes on 2nd satellite, how can i put the satelites at about the same distance each on the same orbit?
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IronSides 12. juni 2013 kl. 21.31 
Math and lot's of it :(
jcorzine 12. juni 2013 kl. 21.33 
Ok, Ive done more times than I ever wanted so here we go. Geostationary Orbit is about 2,868.400 KM..Para..you know how to get 1 sat. up as you say. Put other Sat at 2,868.400.Para...the .400 does not have to be exact....200 or .600 or any # inbetween is close enough....you may have to go retrograde burn and prograde burn a few times till you get it close but aim for 2,868.???KM...Para.... just make shure your AP(maneuver node) angle is spaced right so sat. goes where you want in relation to your other Sat. Hope this helps. To get all sat. exact orbit can be done but is a bit hard.There are other ways but thats how I do it.
Sist redigert av jcorzine; 12. juni 2013 kl. 21.58
Zombo 13. juni 2013 kl. 1.18 
I use manuever nodes if I want to fine tune an orbit to a perfect height. It does all the figuring for you. You just point at the marker on the navball, and do the burn it says to do. And, you can make most of your orbit adjustments using RCS even. The maneuver node burn meter will still work when you use RCS.
Wakey 13. juni 2013 kl. 23.01 
As Zombo said: Manuever nodes. Unless you want it to be PERFECT.
Just get into a higher/lower orbit than the other satellite. When the first satellite is on the other side of Kerbin... Make burn to match the orbits. Easy peasy.
Otherwise do what said jcorzine. I think. I didn't read as numbers confuse me and I'm seeing a lot in his post xD
jcorzine 14. juni 2013 kl. 6.46 
LOL, sorry if I was not clear enough, but I figured he already knew to use maneuver nodes being he already had 1 satellite in geostationary orbit
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