Does Laythe have atmosphere?
Laythe has an atmosphere thick enough and warm enough to support liquid water on its surface. The atmosphere has a mass of approximately 2.4×1016 kilograms, a sea level pressure of 60.795 kilopascals (0.6 atmospheres), and a depth of 50,000 meters.
Does JOOL have an atmosphere?
Compared to the atmosphere of Kerbin, Jool’s atmosphere has 1875 times the mass, 50 times the surface pressure, and nearly 3 times the depth. At an altitude of 91,554 m on Jool, the atmospheric pressure is the same as at sea level on Kerbin (1 atm).
What planets have atmospheres KSP?
The celestial bodies with atmospheres are the planets Eve, Kerbin, Duna and Jool, as well as Laythe, a moon of Jool. Only Kerbin and Laythe have atmospheres that contain oxygen and thus produce intake air for jet engines to work.
What are the planets and moons in Kerbal Space Program?
Kerbal Space Program is a sandbox game released by Private Division, here are all planets and moons guide in the game. Kerbin is the home planet of the Kerbals, the location of the Space Center, and the main focus of Kerbal Space Program. It is also the Earth analog for the game and has two moons named Mun and Minmus.
Which is the second planet from kerbol in Ksp?
Eve is the second planet from Kerbol, the closest planet to Kerbin, and KSP’s analogue for the planet Venus. It has one small moon: a captured asteroid called Gilly.
How many planets are there in the kerbol system?
The Kerbol System consists of six planets that may be orbited by moons and/or asteroids. Each of these bodies exhibits its own characteristics like gravity, atmosphere, size, orbital inclination, and orbital period. Here is the list of planets in order of their distance from Kerbol (Sun):
Is the planet Moho in the kerbol star system?
Moho is the innermost planet of the Kerbol star system and the Mercury analogue for Kerbal Space Program. It is similar to Dres and Eeloo in that it has no atmosphere and no natural satellites. As of 0.18, it is no longer tidally locked to Kerbol. Moho has a slightly eccentric and inclined orbit, making it hard to reach.