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Thank you HarvesteR! Your kerbals and their backwards Spanish will stay with me forever. Good luck for the future.

Awesome guys!

Is it Hawwaii?

Nice. If i could memorise those formulae they would come in handy for Kerbal Space Program. :thumbup:

Yey 1 year of Orbiter Forum!

Looking good. May I ask, how do you balance the RCS system? Does it take constant testing or do you use a tool?

Ah right, thanks for the link.

Which Apollo add on are you using?

Yes that is it but its not a solution that i wanted

I did do something in the config of bm-110 (basic non moving part). I set something to false. I can't remember what but its the reason that you can't see the MIR on the vessel selection screen. I can't today but tomorrow ill go look back and see if i can find it. The only problem with it is that...

I have a scenario where i have have built a space station using space station building blocks 4.0 by Gregburch. I have used quite a few blocks and now my vessel selection menu is crowded and i have found it difficult to find specific vessels. Is there any way to group the space station into a...

Sounds funny to watch seeing a guy fly away.:lol:

Thank you

Hi i recently got a USB Xbox 360 controller for my PC. I was wondering am i able to use it with orbiter 2010? I have heard lots of people use joysticks. How do i set it up?

Im sure if you press f4 there's settings some where there that lets you choose what happens during time acceleration.

Thanks for sharing your great knowlagr guys. I think i understand now.

It was a typing error. I ment to say escape, Im sure you could work that out. As for sling i simply ment a change in direction due to a gravitational pull. I apologise if i have used incorrect terminology. As for the rings, what stops Jupiters rings from forming a moon(s)

Take Triton for example. We know that it must have been once an asteroid and formed else where due to its retrograde orbit. How did Triton manage to get into orbit of neptune and not just simply sling off on an scape orbit. What slowed it down to orbital velocity. If it was already coming in...

Let me give an example. Say on orbiter you have just made a trip from mars and are now on your way back to earth. When you reach earth You will have an escape orbit and will fly away again. Normaly you would perform a retrograde burn to slow down. Now imagine that was a moon. What stood in place...

That's like the one i watched. The thing i dont understand is how did the first part of debris get into orbit?