On to Minmus! Up close, it is mint green in appearance with what seem to be icy buttes, large hills, and frozen lakes. Like the Mun, it has no atmosphere. The Minmus Derp wrote:Yes it does! Earthâs atmosphere is composed of about 78 percent nitrogen, 21 percent oxygen, 0.9 percent argon, and 0.1 percent other gases. I'll always advocate going to the minty moon before going to the grey one. Answer: The KSPedia guide (also accessible within the game) does a very good job explaining the basics, so Iâll keep this brief and link the guide below. tgharold answered pretty well how much delta-v you need in the ideal case. To get from orbit to ground you need at least as much delta-v as the orb... They don't have an atmosphere. I sent a huge Kethane tanker lander. * Minmus: Orbits Jool beneath Laythe, now 29km in radius (from 60), and deep reddish orange. Let's see if that works. Eve has a bigger gravity well and I find it less forgiving. It has no atmosphere making parachutes useless. I landed it on Minmus and fully filled up all of the kethane tanks and still had an easy time lifting back into orbit. * Tylo: Orbits the sun a bit past Duna's original orbit, radius increased to 1103 km and surface gravity is 4g, plus an atmosphere no more than 80% the density of Kerbin's. The other possible option is Minmus orbit, but you should only consider it if you have mining activities ongoing there, and even then you should also consider having the refueling station in LKO and making the ⦠Update : I know that while in space (not in any atmosphere) you can stop rotation or otherwise shaky movement of spacecraft by quickly warping to the next warp level then back to 1x time. It has no atmosphere. Up close, it is mint green in appearance with what seem to be icy buttes, large hills, and frozen lakes. ority of its revolution period. Improve this answer. "Only X have Y" does not imply "All X have Y". look in the folder and you will find TerraIo, TerraIo-bump, and TerraIo-spec! From the surface of Kerbin or Mun, it is a cyan speck one or two pixels wide which appears to slightly oscillate vertically. Here, the Outer Space to Near Space transition is at ~60km. Until the atmospheric rewrite, FAR fell into this category as ⦠A plane should have a way to control it (cockpit or probe core), propellant, engines, and air intakes (if using jets). Kerbin has two natural satellites which are the Mun and Minmus. Do a flyby of Duna. Right now I have a science lab ship that routinely refuels and flies off to complete a science contract, doing multiple landings/launches before it has to return to the refueling base. Kerbin gives the least amount of science than any of the planets in the game. The physical. The highest areas are over 5.7 km in altitude. The Mun has similar gravity to its real life counterpart. My Gilly Hopper has over 1700 dV, which was enough to fully mine the science out of Gilly in one trip. Edan and Shepley quickly transfer over to the lander, eager to get their turn down on Minmus! The Minmus Derp wrote:Yes it does! 1. Donât get too close as Eveâs atmosphere goes out to 90km. Bop - Kerbal Space Program Wiki Minmus | Kerbal Space Programs Minmus | Kerbal Space Programs Manually color coded Minmus Biome map, work in progress Biome - Kerbal Space Program Wiki Category:Biome maps - Kerbal Space Program Wiki I certainly have them and I added this feature before I uploaded it. But to land, you need to reduce the speed to zero before surface contact, so you need more acceleration. For Minmus, it is 0.05g or 0.491 m/s². Eeloo is not really a planet :P (but yes, I worded that wrong) Actually you phrased it right but Spaz misread it. Then itâs time to jettison the main booster and head for Minmus using the orbital stage, which has more than enough fuel to bring us to a 450km circular orbit. I certainly have them and I added this feature before I uploaded it. Minmus is even further, and a lot smaller, than Mun. When it's not doing the contracts, it sits near the refueling base and generates science points. Binding your timing to moon position breaks your transfer window, which can costs in hundreds of m/s. Eve has an extremely dense atmosphere with a mass of approximately 1.9×10 17 kilograms, a sea level pressure of 506.625 kilopascals (5 atmospheres), and a depth of 90,000 meters. The physical characteristics of Eeloo are most likely an analogue of the ice moon Europa, and its orbit is similar to that of Pluto, though both bodies are known to have a tenuous atmosphere. It has no atmosphere. They don't have an atmosphere. This Lander has the Athena Probe connected to the front and then this total payload of 13 tons is carried to space by a 2.5m diameter main stage booster supported by two sold fuel rocket boosters. Fuel saving will drop, probably below expense on fighting its inclination. And, for good measure, the same as for the Mun also applies for Minmus (right), but here the threshold is at ~30km. And the Moon's electrostatic "dust atmosphere" was only visible over great distances and thickness. Answer (1 of 3): Yes. Mun has more biomes, but it's also bigger and heavier, so it sort of makes sense to go there second. Minmus' surface temperature reaches 14 degrees Celsius in the day, and -107 degrees Celsius at night. Calculation of the expected surface temperature for Minmus, using received energy from Kerbol, with the Stefan-Boltzmann Law for the radiated power gives a temperature of -50 degrees Celsius. If Minmus is sublimating that high of a volume of whatever its ice is made of, then it ⦠Why does Minmus have mists? It has no atmosphere making parachutes useless. Some of its mountains exceed 6 kilometers in height, with the tallest peak being 6764.1 m in altitude at the coordinates 46°20'17" E 61°35'53" N. The lowest point is almost 1.4 km deep and about 313° south-west of the Kerbal Space Center. Surveyor 6 Launch Into Plane of Target was set to 0 this time. As this is a continuation. https://wiki.kerbalspaceprogram.com/wiki/Tutorial:How_to_get_to_Minmus The equilibrium temperature of Minmus would be around â20°C, given that the Kerbal system is scaled so Minmus receives as much solar flux as does Earth. I circularise the orbit at 140km and use the remaining fuel in the primary stage to change the inclination of the orbit to 6 degrees to match Minmusâ. Minmus is a comet in the Kerbol System, like Kirnel. Eeloo has just 3.5% more gravity than the Mun and is very similar in size. CO2 has been integrated into the planetary overlays and maps, so you can use Scansat to plan your mining, refining and colonization efforts. It does. i dont want to waste space on my ship for useless parachutes if it doesnt have an atmosphere Minmus has an inclined orbit, which means: Direct injection has a higher failure rate. Kerbal Planetary Base Systems. The Mun has similar gravity to its real life counterpart. It has a huge kethane storage module in the center (same size as the orange fuel module) and 4 of the half sized attached radially. All Credit for the original version go to BenJee10 and his team. Due to its minuscule mass and gravitational force it does not have an atmosphere. This is a result of viewing its rotation from afar. The converter, regular drill (not the dirt drill) and the ore holding tanks are all patched to extract, store and process the new resource chains. Eve has an extremely dense atmosphere with a mass of approximately 1.9×10 17 kilograms, a sea level pressure of 506.625 kilopascals (5 atmospheres), and a depth of 90,000 meters. The science contracts for Minmus are easier to complete also. The highest areas are over 5.7 km in altitude. It requires somewhat more delta-v to reach Minmus orbit than Mun orbit; however, given its very small gravity, it requires much less to land on the surface and return. This makes Minmus a primary source of Science in the early game after achieving an orbit of Kerbin. Not all planets have atmosphere. Mars has a very thin atmosphere, nearly all carbon dioxide.Because of the Red Planetâs low atmospheric pressure, and with little methane or water vapor to reinforce the weak greenhouse effect (warming that results when the atmosphere traps heat radiating from the planet toward space), Marsâ surface remains quite cold, the average surface temperature being ⦠This Lander has the Athena Probe connected to the front and then this total payload of 13 tons is carried to space by a 2.5m diameter main stage booster supported by two sold fuel rocket boosters. Trace amounts of carbon dioxide, methane, water vapor, and neon are some of the other gases that make up the remaining 0.1 percent. Due to its minuscule mass and gravitational force it does not have an atmosphere. This, combined with a delta-v of 1800m/s makes it a versatile lander that should see us through the exploration of Minmus and the Mun. If you canât get an encounter this way, establish an orbit around Eve and proceed as above. Landing and returning to orbit from a planet with an atmosphere is a whole new experience in the game. Moho's surface ranges from light brown highlands to dark brown basaltic basins and a large depression called the Northern Sinkhole near the North pole (not to be confused with the Mohole)-these features, together with surface reports, strongly evidence the presence of past volcanism. This becomes trivial to calculate if you have Kerbal Engineer Redux installed. It will tell you how much dV you have in each stage. Then you can re... The atmosphere is divided into five different layers, based on temperature. Do a flyby of Duna. Kerbin gives the least amount of science than any of the planets in the game. 4y. I think that we imagine Kerbin-Minmus to see the same solar flux as does Earth outside the atmosphere, 1360 W/m², of which ice absorbs 700 W/m², If it's very clean naturally formed ice, yes. A landing on Ike (moon of Duna), is much like a Mun landing, and Gilly (moon of Eve) is similar to minmus. Why does Minmus have mists? But to land, you need to reduce the speed to zero before surface contact, so you need more acceleration. Jim2B Jim2B. This, combined with a delta-v of 1800m/s makes it a versatile lander that should see us through the exploration of Minmus and the Mun. That's a sensible explanation of KSP1's Minmus. If you canât get an encounter this way, establish an orbit around Eve and proceed as above. People that want more challenge tend to add life support and similar things. Answer (1 of 3): Low Kerbin orbit hands down. When you have a craft which can accelerate at least that fast, it is capable to hold its speed constant while descending. Landing and returning to orbit from a planet with an atmosphere is a whole new experience in the game. 2. Donât get too close as Eveâs atmosphere goes out to 90km. Benjee10 has given me his blessing to continue his mod for him. Plus, I have a separate contract for getting science from the Minmus surface so that should work out well. There's kopernicus that allows the modding of planetary bodies. i dont want to waste space on my ship for useless parachutes if it doesnt have an atmosphere A landing on Ike (moon of Duna), is much like a Mun landing, and Gilly (moon of Eve) is similar to minmus. If Minmus is sublimating that high of a volume of whatever its ice is made of, then it ⦠Eve has a bigger gravity well and I find it less forgiving. Matching orbits requires a little extra knowledge about adjusting orbital inclination (and fuel). Apparently the bug is still in MJ. Although the science -multipliers of Minmus's surface and orbit are quite low compared to that of other planets and moons (but a little higher than Mun ), Minmus is comparably easy to reach and to return from and has a very large number of biomes which all yield different science results. Compared to the atmosphere of Kerbin, Eve's atmosphere has 4 times the mass and 5 times the sea level pressure.At an altitude of 14,579 m on Eve, the atmospheric pressure is the ⦠It has a huge kethane storage module in the center (same size as the orange fuel module) and 4 of the half sized attached radially. Minmus is a small moon of Kerbin. Honestly, Minmus was my first landing somewhere other than Kerbin, and it has such a gentle gravity and plenty of flat places that landing is a cinch. Kerbin has two natural satellites which are the Mun and Minmus. Atmosphere Present. The Mun [] The Mun is the Kerbal Space Program analog of the Moon. Just set the Plane launch to zero (the incline sets itself) and it works good. I've gone 10 circular at both Mun and Min and had no problems. Follow edited Apr 7 '15 at 13:51. answered Apr 3 '15 at 3:10. I landed it on Minmus and fully filled up all of the kethane tanks and still had an easy time lifting back into orbit. On the Mun (middle), there is obviously no atmosphere. Here, the Outer Space to Near Space transition is at ~60km. Minmus is heavily inclined, which will obliterate your desired inclination. Duna is the logical place to start. When you have a craft which can accelerate at least that fast, it is capable to hold its speed constant while descending. It also works very well on Minmus (can de-orbit from 100 km, hit multiple biomes, and get back to 100 km to dock and refuel). This culls the movement. On the Mun (middle), there is obviously no atmosphere. Compared to the atmosphere of Kerbin, Eveâs atmosphere has 4 times the mass and 5 ⦠I sent a huge Kethane tanker lander. look in the folder and you will find TerraIo, TerraIo-bump, and TerraIo-spec! This is a result of viewing its rotation from afar. The highest areas are over 5.7 km in altitude. Answer: That very much depends on what parts of the game you like and how you like to play Kerbal Space Program. Minmus is a small moon of Kerbin. (The simple computations of radiative equilibrium ignore the less-than-perfect emissivity of planets, but in fact water-ice does in fact have over 90% emissivity ⦠Minmus is a small moon of Kerbin. From the surface of Kerbin or Mun, it is a cyan speck one or two pixels wide which appears to slightly oscillate vertically. This is a result of viewing its rotation from afar. Up close, it is mint green in appearance with what seem to be icy buttes, large hills, and frozen lakes. More precision is needed when using direct injection when trying to land on a selected location. My Gilly Hopper has over 1700 dV, which was enough to fully mine the science out of Gilly in one trip. Kerbin has a roughly equal distribution of liquid surface waterand solid land, with polar ice caps and scattered deserts. Its highest point is in its northern hemisphere at an altitude of 6817 m. Moho's heavily eroded surface and lack of g⦠Minmus is not tidally locked to Kerbin which means. Aurora 17 docks! And, for good measure, the same as for the Mun also applies for Minmus (right), but here the threshold is at ~30km. They don't have an atmosphere. Mission Planners have decided the next area for exploration will be a region in the lowlands of Minmus designated HSS LS04-A, where orbital scanners have detected an unusual anomaly. Like the Mun, it has no atmosphere. It also works very well on Minmus (can de-orbit from 100 km, hit multiple biomes, and get back to 100 km to dock and refuel). Moho, dres, eeloo. Minmus has a total of 9 biomes. Duna is the logical place to start. Glenica has been waiting for a crew for sometime now! Share. I tried this on Minmus as soon as the base loaded, and it did stop the "quake". × No. For Minmus, it is 0.05g or 0.491 m/s². Unlike Kirnel, Minmus has a longer year, thus giving it more time before it runs out of volatile material. The Mun [] The Mun is the Kerbal Space Program analog of the Moon. Bop - Kerbal Space Program Wiki Minmus | Kerbal Space Programs Minmus | Kerbal Space Programs Manually color coded Minmus Biome map, work in progress Biome - Kerbal Space Program Wiki Category:Biome maps - Kerbal Space Program Wiki Though, icy bodies tend to have higher albedos as their surface tends not to ⦠Interestingly, if Mars were just about 3x its current mass, it might have held onto a substantial atmosphere and been a pleasant place to live. And the Moon's electrostatic "dust atmosphere" was only visible over great distances and thickness. Minmus has a total of 9 biomes. From the surface of Kerbin or Mun, it is a cyan speck one or two pixels wide which appears to slightly oscillate vertically. Eeloo has just 3.5% more gravity than the Mun and is very similar in size.
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