Resource types

Hydrogen

In "The Core," players use liquid hydrogen primarily as fuel for spacecraft, enabling exploration and expansion across the galaxy. As technology research progresses, new applications for hydrogen emerge, such as powering machinery or providing energy to colonies.

Titanium

Titanium, known for its lightweight strength and resistance, is crucial in constructing spacecraft and advanced technology. It's used for building durable spacecraft bodies and protective structures like firewalls, essential for enduring space's harsh conditions.

Aluminium

Aluminium's significance in "The Core" lies in its use for spacecraft interiors. Its lightweight, strong, and corrosion-resistant nature makes it ideal for internal structures like frames, partition walls, and fuel tanks. Its conductivity enhances electrical systems and equipment, reducing weight and boosting energy efficiency, crucial for navigating and exploring new planets.

Silicon

Silicon is pivotal for creating semiconductors, fundamental in rocket science. Players utilize silicon to build essential devices and machinery, including navigation and propulsion systems, necessary for planetary exploration.

Carbon

Carbon, especially in the form of carbon nanotubes, is a versatile building material. Its strength and lightness make it suitable for constructing durable structures on new planets and spacecraft, aiding in deeper galactic exploration.

Rare Earth Elements (REEs)

The Moon in "The Core" is a prime source of REEs, crucial for advanced technology like smartphones, batteries, and electronics. These elements, with unique properties, are abundant on the Moon but scarce on Earth. Players mine REEs for sophisticated robotics, advanced electronics, and efficient energy generators.

Helium 3

Helium-3, a rare helium isotope formed by solar winds on the Moon, is a key resource. Players extract it to fuel fusion reactors, a potent and reliable energy source. It powers colonies, spacecraft, and advanced energy generators, pivotal for technological advancement and galactic expansion.