If the contract requires an unmanned probe, then cant you just fool the system by going on EVA with the Kerbal? This way the probe will be 'unmanned', and after maintaining stability for 10 secs (as the contract requires), you can board again.
Open nodes on the payload strike again. You could take that tiny probe you went to the Mun with, stick the ants on the ends of the Oscar B's, move them afterwards to where they are now, and you will reduce drag (and thus the momentum flipping you backwards) to about half of its current value, with the same part count and part geometry. But if you went the extra mile and put the Oscars the right way (not sideways), and cover the top node with a nosecone, drag will be a tiny fraction of what it is now. And then you can use more efficient, flatter trajectories with high TWR boosters as a bonus.
This series is awesome man! i do have one question or more of a request, maybe can you elaborate of some of your terms and reasoning, i played KSP when it first came out and got right into it but that was a few years ago and ive forgotten most of it haha, not asking for a tutorial but rather just explain the way your thinking 🙂
Ornard: "Oh, great, the rescue spacecraft is here, I'll be back home soon, I can't stand being in space anymore"
Kerbal Space Center: "Sure, lmao"
“Unmanned probe… What if we send a woman?”
Hey Raiz, I'm planning to buy a PC with I9 10900k, 32gb ram and RTX 3080….
Will this run Ksp RO/RSS smoothly like stock ksp or gonna have lags?
If the contract requires an unmanned probe, then cant you just fool the system by going on EVA with the Kerbal? This way the probe will be 'unmanned', and after maintaining stability for 10 secs (as the contract requires), you can board again.
Open nodes on the payload strike again. You could take that tiny probe you went to the Mun with, stick the ants on the ends of the Oscar B's, move them afterwards to where they are now, and you will reduce drag (and thus the momentum flipping you backwards) to about half of its current value, with the same part count and part geometry. But if you went the extra mile and put the Oscars the right way (not sideways), and cover the top node with a nosecone, drag will be a tiny fraction of what it is now. And then you can use more efficient, flatter trajectories with high TWR boosters as a bonus.
Nice video
This series is awesome man! i do have one question or more of a request, maybe can you elaborate of some of your terms and reasoning, i played KSP when it first came out and got right into it but that was a few years ago and ive forgotten most of it haha, not asking for a tutorial but rather just explain the way your thinking 🙂
Keep up the good work!
Doesn't the workd records institute give rewards even if you don't accept a contract?