Solar System (NTM: Space)

The Solar System in NTM: Space is based on the Kerbol System from the popular rocket building and space travel game Kerbal Space Program. The planets within are interesting and varied analogs of the real Solar System, asking various "what-if"s about the planets we know and love to make for a more interesting and varied experience than the planets as we know them could provide.

You can travel between bodies in the solar system using either a rocket built in a VAB, or an orbital station.

Tier 0

All the bodies in this tier can be accessed without a improved drive processor chip installed into a drive processor, and are therefore accessible immediately once cracked oil processing is achieved.

Earth

The starting point of almost all Minecraft playthroughs, this planet is full of places to explore, and structures to loot for a large boost in the early game. In terms of renewable resources, it can hardly be beat for carbon based products, such as plant life, frackable bedrock oil deposits, and coal. However, on the renewable minerals front, bedrock ore on the planet is limited, but it does fortunately have the basics.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Iron	Copper	Cryolite	Sodium
Heavy Metal	Tungsten	Tungsten	Tungsten	Zinc
Non-Metal	Coal	Lignite	Sulfur	Niter
Crystalline	Asbestos	Diamond	Emerald	Emerald

Atmospheric Composition Of Earth
Gas	Per bucket	Partial pressure
Nitrogen	600mB	0.6atm
Oxygen	250mB	0.25atm
Krypton	100mB	0.1atm
Carbon Dioxide	50mB	0.05atm
TOTAL		1.0atm

Mun

Your first destination! Absolutely chock full of lithium, quartz, and most importantly, your first source of nickel to start producing stainless steel for space-grade machinery. The Mun is the first atmosphere-less body available in a regular playthrough, necessary for making the first tier of drive processors in the vacuum solderer. Cows with breathing headgear can be found here, inspired by the moonwalking cows from an April Fools update.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Iron	Lithium	Sodium	Chlorocalcite
Heavy Metal	Lead	Zinc	Gold	Bismuth
Rare-Earth	Cobalt	Rare Earth	Neodymium	Strontium
Non-Metal	Sulfur	Fluorite	Niter	Silicon
Crystalline	Redstone	Sodalite	Emerald	Cinnabar

Minmus

The B-Side destination alternative to the Mun, Minmus is characterized by a distinctive mint-choc-chip ice-cream aesthetic. Pumps function here, but instead of producing water, this moon bizarrely produces milk, allowing for full automation of butter, milkshakes and ice-cream.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Copper	Titanium	Chlorocalcite	Copper
Heavy Metal	Lead	Gold	Tungsten	Bismuth
Rare-Earth	Zirconium	Boron	Cobalt	Strontium
Non-Metal	Sulfur	Niter	Fluorite	Silicon
Crystalline	Emerald	Sodalite	Diamond	Emerald

Tier 1

To access these celestial bodies, a vacuum solderer must be used to craft the first tier of drive processor upgrade, which must be done in a vacuum. Both the Mun and Minmus have no atmospheres, which means this can be done on either body to proceed.

Duna

The red planet, home to vast quantities of iron. Molysite and volcano gems can be found here in basaltic caves, found within basins where vast oceans were theorized to once exist. A new world can be started from this location if world type The Martian is selected when generating.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Iron	Nickel	Titanium	Chlorocalcite
Heavy Metal	Beryllium	Tungsten	Zinc	Bismuth
Rare-Earth	Rare Earth	Boron	Zirconium	Strontium
Actinide	Thorium	Radium	Polonium	Uranium-233
Non-Metal	Fluorite	Sulfur	Silicon	Red Phosphorus
Crystalline	Redstone	Cinnabar	Diamond	Molysite

Atmospheric Composition Of Duna
Gas	Per bucket	Partial pressure
Carbon Dioxide	700mB	0.07atm
Nitrogen	150mB	0.015atm
Argon	100mB	0.01atm
Oxygen	50mB	0.005atm
TOTAL		0.1atm

Ike

Ike, the sole moon of Duna, has hints of a past as a significant hazardous waste dump, with large spires and pyramids reminiscent of potential designs on Earth for warning future civilizations of great danger in relation to nuclear waste. Meteor dungeons spawn more frequently here, and pools of alkyl bromide can be found on the surface. Ike is one of only two locations where mineral dust can be extracted.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Copper	Cryolite	Nickel	Sodium
Heavy Metal	Lead	Zinc	Gold	Arsenic
Rare-Earth	Boron	Neodymium	Strontium	Lanthanium
Hazardous	Uranium	Uranium-238	Plutonium	Technetium

Moho

A fair-dinkum planet, hot as hell, and full of rare resources generally only found in the Nether. Australium is only found here, in vast quantities deep under the surface. Some of the largest caves ever generated within Minecraft can be found here, perfect for an evil lair. Moho is the other available option for extracting mineral dust, for producing your first gallium.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Titanium	Chlorocalcite	Nickel	Lithium
Heavy Metal	Gold	Zinc	Lead	Bismuth
Rare-Earth	Neodymium	Zirconium	Bromine	Strontium
Actinide	Australium	Australium	Tasmanite	Ayerite
Non-Metal	Glowstone	Red Phosphorus	Sulfur	White Phosphorus
Crystalline	Cinnabar	Redstone	Quartz	Molysite

Tier 2

To travel to these celestial bodies, further progress must be made with the drive processor upgrades, utilizing gallium - which can be procured by processing rich mineral deposits found on Ike and Moho, and arsenic - which is found on Ike in bedrock ore, or on Earth via dirt and stone that has been damaged by hydraulic fracking.

Dres

This planet has some of the most prized resources in the whole system, with even the primary fraction of bedrock ore consisting of incredibly valuable metals and materials. Niobium, coltan, and lanthanium ore is present here in vast quantities.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Nickel	Titanium	Cadmium	Gallium
Heavy Metal	Zinc	Gold	Bismuth	Arsenic
Rare-Earth	Tantalum	Lanthanum	Niobium	Strontium
Actinide	Uranium	Radium	Technetium	Uranium-238
Non-Metal	Silicon	Silicon	Fluorite	Fluorite
Crystalline	Diamond	Borax	Molysite	Molysite

Eve

A meteor dungeon spire stretched over an Eve spike

While it is possible to travel here with only a tier 2 drive processor to exploit the incredibly powerful schrabidic resources that exist here, players will not last long without the appropriate armor inserts, due to the highly corrosive atmosphere melting any armor it comes into contact with. These armor inserts must be crafted with combine steel and neon gas, found in the atmosphere of Jool.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Sodium	Chlorocalcite	Iron	Cobalt-60
Heavy Metal	Tungsten	Lead	Arsenic	Lead-209
Rare-Earth	Niobium	Strontium	Iodine	Gold-198
Actinide	Plutonium	Polonium	Neptunium	Plutonium-239
Schrabidic	Schrabidum	Solinium	Ghiorsium	Schrabidium
Crystalline	Sodalite	Molysite	Diamond	Borax

Atmospheric Composition Of Eve
Gas	Per 1000mB	Partial Pressure
Potassium Permanganate Solution	400mB	2atm
Mercury	350mB	1.75atm
Xenon	150mB	0.75atm
Ammonia	100mB	0.5atm
TOTAL		5 atm

Tier 3

In order to travel to Laythe, the current sole tier 3 destination, you will need to procure the rare light metal hafnium to produce the requisite chips, which at this stage in progression can only be obtained by centrifuging niobium crystals, which must be created from niobium ore, only found on Dres and Eve.

Laythe

A beautiful water world, teeming with life, oceans lit up with fields of glowgrass, and dotted with sunken submarines from previous explorers who attempted to exploit the natural resources found here. Seems that the place doesn't like intruders. Jool gas can be harvested from here using a gas giant harvester.

Available Bedrock Ores
Ore Type	Primary	Sulfuric	Solvent	High-Performance Solvent
Light Metal	Aluminium	Titanium	Gallium	Hafnium
Heavy Metal	Beryllium	Tungsten	Lead	Arsenic
Rare-Earth	Rare Earth	Neodymium	Strontium	Niobium
Actinide	Uranium	Thorium	Polonium	Uranium-235
Non-Metal	Chlorocalcite	Coal	Fluorite	Silicon
Crystalline	Asbestos	Sodalite	Diamond	Sodalite

Atmospheric Composition Of Laythe
Gas	Per 1000mB	Partial Pressure
Nitrogen	600mB	0.27atm
Oxygen	250mB	0.1125atm
Krypton	100mB	0.045atm
Carbon Dioxide	50mB	0.022atm
TOTAL		0.45atm
Xenon	N/A	0.15atm

Jool air can also be harvested from Laythe using a gas giant harvester, the table below describes it's composition.

Atmospheric Composition Of Jool
Gas	Per 1000mB	Partial Pressure
Helium-3	300mB	N/A
Hydrogen	250mB	N/A
Chlorine	200mB	N/A
Neon	100mB	N/A
TOTAL		N/A