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Mun surface to orbit is about 600m/s plus about 300m/s to return to Kerbin. So an ascent/return stage needs about 900m/s. Mun orbit to Mun surface could be 600m/s but it depends how well you can land.
4 lip 2024 · Mun, also known as the Mun and sometimes written as Mün, is a relatively large moon orbiting Kerbin. It can be thought of as an analogue to Earth's own moon, which frequently is simply called “ the Moon ” (Latin: Luna ).
9 lip 2024 · Design a rocket with sufficient Delta V to handle two round trips to the Mun. Ensure your craft includes stages for launch, Mun landing and return, and Kerbin return. Use efficient engines like the LV-T45 "Swivel" Liquid Fuel Engine and the LV-909 "Terrier" Liquid Fuel Engine for vacuum.
Roughly 600m/s to regain orbit and 300m/s to return to Kerbin with a suitable periapsis for re-entry and landing. There is a bit of margin in those numbers, so you might be able to manage it. You definitely have enough to get into Mun orbit and await a rescue if required.
22 sty 2023 · Transferring From the Mun to Kerbin. When you are ready, just start burning prograde until you get an orbit around Kerbin and an escape trajectory from the Mun. An easier way to do this is to just burn upwards from launch sending you straghit up to an escape trajectory (about 2,000km). Keep in mind that this method does require more fuel to ...
From the (equatorial) surface of Mun, it takes about 900Dv to land on Kerbin. From low Munar orbit, it takes less than 300Dv to land on Kerbin.
Dude, it's very simple. Get into Mun orbit. Then any escape attempt will place you first in an orbit around Kerbin and then around Kerbol itself. So, you only have to get a moderate escape from Mun orbit and almost surely you'll end orbiting Kerbin.
