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I launched a 1- or 2-landing mission to the Jupiter system. I used a Venus-Earth gravity assist because I didn't need to do another Earth assist. When I got to Jupiter, I flew by Ganymede, but it did not help. How would one properly use Ganymede to capture in the Jupiter system?

I have downloaded several modifications, however only these appear in my game. Why is this and how can it be solved?

It's been done. Landing from about 300 m above terrain and Mission Log: As seen in the video, I am bad at landing without landing legs.

I messed up several times on this. I completely forgot a heat shield and parachute and so had to do that second launch. The lander ship is left in Jupiter orbit.

I do not want to put the images within the text because then it becomes extremely large and unwieldy to scroll past. The instructions say to show flight log, but when I checked the flight log (reason I separated the 2nd stage), it didn't have anything about escaping the Sun. Rocket based on the...

I switched back to classic. Also, I figured out a way to access the flight log: separating the heat shield after landing. This rocket: Bellona-A (Nemesis-R, Enyo-R). I used powered descent for Mars entry.

I've switched to hard mode. These rockets are the Station-C (Flights 1, 2, 3, 4, 6; Station-1 Merope-1) and Station-D (Flight 5; Station-2 Merope-2). This took much longer than it should've, probably because I launched the escape craft fully fueled instead of putting that for a initial supply...

Is it allowed to do missions from later ranks prior to unlocking the previous rank? I want to do a Mercury mission but I haven't done Team Frontier yet. Can I get the necessary screenshots and then post them later after I complete Team Frontier?

How is this done? I put some things in the "About you:" section of account details because I thought it would appear as in the screenshot. To be clear, I am not referring to the badges, but the "ITSA // Ex-MA" in this example.

First of all, I've moved to this part of the forums because it seems more appropriate. I've tried to this a lot and it is never very good. Are there any pointers? I tend to deorbit at a 45° angle from my landing site. I would use this for the Moon and moons of Jupiter.

I've been trying to calculate this for a while, but I can't do it. Here's my process: Thrust = 100,000 kgf = 980.665 kN Isp = 240 s g0 = 9.80665 m/s² Wikipedia tells me that Isp in seconds is by weight and for that the thrust-specific fuel consumption is 101,972/Isp to get it in g/kN*s. If I do...