2015年12月11日 · 1 siderial day = 21,549.425 s (this is the period for geosync orbit, I don't think KSP worried about orbital precession) Using Keplers 3rd law, equitorial geostationary orbit r = 3,463,334 m or an altitude of 2,863.334 km circular with an orbital velocity of 1,009.81 m/s I'm confused how the Third Law was applied. Explain/elaborate/correct:

2016年2月19日 · A geostationary orbit, geostationary Earth orbit or geosynchronous equatorial orbit (GEO) is a circular orbit 35,786 kilometres (22,236 mi) above the Earth's equator and following the direction of the Earth's rotation.

2013年4月9日 · Geosynchronous orbit of Eve is at an altitude of 10,373.195 km above Eve. Geosynchronousorbit of Duna is at an altitude of 2,862.702 km above Duna. Geosynchronous orbit of Kerbal is at an altitude of 2,868.4 km above Kerbin. Geosynchronous orbit of Jool is at an altitude of about 7,000? km above Jool.

2023年5月3日 · On the one hand. On the other: Just sit down where you are since you are already in a geostationary orbit around the moon. After replying to this post I actually took the time to look up whether a geostationary orbit was possible around our actual moon. From what I read my initial feeling was correct.

2018年4月29日 · Since you're at Kerbin, you can target the Mun for the perfect equitorial orbit. Just doing the math, you would need a period of 5 hours, 59 minutes, 9.4 seconds or 21549.4 seconds. The standard gravitational parameter of Kerbin is 3.5316*10^12

2017年10月30日 · You would need to get your ship into a circular 2863333.5 meter orbit for it to be geostationary. For getting it exactly over KSC, you're going to have to either play with the orbit setter a bit or phase shift it manually.

2017年6月23日 · Seriously now, you can find any planet's geostationary orbit height from the centre of the body with the formula ∛(GM/w²) where: - G is the gravitational constant of (6.67428 ± 0.00067)×10−¹¹ m³⋅kg−¹⋅s−² - M is the planet's mass-w is the body's angular speed

2016年9月24日 · The Incline or Angle of your Orbit relative to a Default Equatorial Orbit. Inclination is measured in 180 Degrees. Positive Values for the Northern Hemisphere: (1 to 180) Negative Values for the Southern Hemisphere: (-1 to -180) Direction of Orbit is Relative to the selected Inclination Value used, as shown in picture.

A perfect kerbostationary orbit is only possible at exactly the equator, at an exact distance fromthe center of a perfectly spherical planet. Off by even a millimeter and its not perfect. The game allows for a quite large irregulaty int he orbit and still consideres it sufficient for the mission.

2013年10月18日 · What's a good height for initial orbit after takeoff but before transferring to other moons/planets? Also, when do you start turning (I usually turn east after takeoff to get a nice orbit before transferring to the moon or wherever). On another note, when making a geostationary orbit, what heights do you use? Geostationary orbit is when you're far enough away from the …