Uncommon Ores

Several rare ores are critical for advanced spacecraft technologies, each serving a unique role in improving propulsion, power systems, optics, and more. These minerals are found in diverse locations, often requiring specialized mining techniques.

Lithium Spodumene

• Usage: A primary source of lithium, essential in spacecraft battery technology. Provides lightweight, high-energy-density power for propulsion systems, electronics, and energy storage.
• Source: Mined from rocky moons orbiting gas giants or asteroid bodies rich in silicate minerals. These celestial bodies have undergone geological processes that concentrate lithium-bearing minerals in their crusts.

Titanite

• Usage: A calcium titanium nesosilicate mineral used in spacecraft optics and sensor systems. Its high refractive index and light-polarizing ability make it valuable for advanced imaging and communication technologies.
• Source: Found in mineral-rich asteroids or rocky moons with complex geological formations. Mining operations target regions with exposed titanite deposits or those accessible via subsurface drilling.

Galena

• Usage: A lead sulfide mineral, which can be processed to extract lead and valuable byproducts like silver. These materials are used in specialized components or shielding systems for spacecraft.
• Source: Concentrated in veins or pockets within planetary crusts, often requiring advanced extraction methods to recover the metals.

Chromite

• Usage: A chromium and iron oxide mineral used for its heat resistance and corrosion resistance. Ideal for thermal protection systems, engine components, and structural alloys.
• Source: Extracted from asteroid bodies or planetary surfaces with volcanic activity or tectonic processes. Specialized mining operations are used to retrieve chromite from deep underground or surface deposits.