Colony Reagents

Collected from the stratosphere of planets undergoing constant volcanic eruptions, magmatic gas is a relatively stable mix of sublimated compounds. After a brief maturation period in its recipient skyhook, the mixture's potential energy increases greatly, enabling its use as fuel. Its consistent explosive power makes for excellent use in structures where the fuel’s volume is not a detriment. An orbital skyhook anchored above a lava planet in null security sovereignty space produces magmatic gas.

For centuries, superionic ice, synthesized from superionic water, was considered too unstable for practical use. However, a scientific breakthrough in YC126 revealed that the immense pressures on ice planets partially stabilize superionic ice over millennia, enabling safe collection into an orbital skyhook for further maturation. After this artificial maturation, the superionic ice is completely stable and can be safely transported. These naturally occurring forms exhibit unique metallic properties, making them invaluable for specialized engineering applications, particularly in fueling systems that require precise cooling and electrical conductivity. Superionic ice is obtained via orbital skyhooks anchored above ice planets in null security sovereignty space.