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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 ).
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.
Mun (czy też Mün) jest dużym księżycem orbitującym wokół Kerbinu. Jest odpowiednikiem ziemskiego Księżyca. Ma kolor szary, pokryty jest kraterami różnej wielkości i szczytami przekraczającymi 3400 m wysokości. Można wykorzystać go jako procę grawitacyjną aby dotrzeć do Minmusa lub na orbitę słoneczną.
9 lip 2024 · Mun Squared Mission Tutorial. Step 1: Rocket Design. 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.
29 sty 2023 · You've double-counted the delta-V needed to return to Kerbin from Mun. It takes something under 600 m/s to reach orbit, and then perhaps 300 m/s to go from Mun orbit back to Kerbin's atmosphere before relying on aerobraking to slow down and land.
Best way is to first get a nice circular Kerbin orbit, let's say at 100km. Then hit m so you are in solar system view and zoom out so you can see the mun and rotate the camera so that the mun is at about 2oclock relative to Kerbin. Then you burn prograde at 6ocklock for about 800dv.
From this prograde (counterclockwise) Mun orbit you want to line up your return. Assuming you're looking directly down on Mun in the map view, picture Mun as the center of a clock. Put Kerbin at 12-o'clock and Mun's orbit should be at 3-o'clock. You should start your prograde burn at around 1:30.
