✠ Imperial Warmaster ✠

- Out of Character Information
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Intent:To create a new metal for weapons, armor, vehicles and ships. Image Source: Skyrim Canon Link: N/A Permission: N/A Primary Source: Adamantium - Production Information
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Manufacturer: Vandemarian Techwrights Affiliation: Vandemarian Techwrights Market Status: Closed-Market Model: Project M3 147/07 "Adamantium" Modularity: No Production: Mass-Produced Materials: Adamantium Ore - Special Features
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Extreme Durability Adamantium is an extremely durable metal, notable for its extraordinary density which creates an almost impenetrable hardness without suffering from brittleness, further it absorbs most forms of vibration. It offers very strong resistances to kinetic, energy, heat and radiation. One Minded Not only does it require extreme heat to be forged, but once it is forged, it will not yield to another shape or form. It is very resistant to heat and energy due to this and instead of reforging or mending faulty or damaged products, they have to be replaced. Highly Magnetic Large concentrations of Adamantium react disturbingly to magnetic fields and areas and are highly detectable and magnetic itself. Secular Due to its high density and rather extreme physical properties, Adamantium proves very challenging to use for Force imbuement or Alchemy. Color Adamantium is usually of a dark grey, black or blue-black color. Extraction and Refinement Adamantium is won from Adamantium Ore, which is then purified in extreme heat and pressure and processed into ingots. Alloys Adamantium on its own requires high tech procedures to be worked but once liquid, can be combined with other metals, sacrificing its durability exponentially by decreasing percentage. - Strengths
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Durability Adamantium is highly durable against all forms of common damage. Versatility Despite its unyielding nature, it is a very versatile material and can be used in many technologies, weapons, armor, construction and engineering. - Weaknesses
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Magnetism Both magnetism in the sense of weaponised as well as the passive disturbances it creates, Adamantium is very reactive. It is very easy to detect through magnetic-based sensors and can dramatically influence even planetary magnetic fields if entered in sudden way (like a ship entering atmosphere). Break or Not Parts that are damaged, chipped or broken cannot be fixed or repaired, only replaced. - Description
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Discovered by the Vandemarian Techwrights in various systems following the Planeshift, they have found and created ways to extract and refine it and use it in their new generation of products. With a focus on military applications, it is only a matter of time till the first armors and ships are commissioned that will feature this material. Its civilian use at this point is not entirely explored, but one pillar will be construction.
Adamantium is an ultra-dense, synthetic metal alloy renowned for its near-impenetrable durability. It exhibits exceptional resistance to kinetic force, energy-based attacks, heat, and radiation while maintaining structural integrity without becoming brittle. Its unique molecular structure allows it to absorb and dissipate vibrations, making it highly effective for impact-resistant applications.
Once forged, Adamantium cannot be reshaped or repaired—any defects require complete replacement rather than reworking. It is highly responsive to magnetic fields, making it detectable and manipulable under strong magnetism. Due to its extreme density, Adamantium resists conventional force-based enhancements (e.g., alchemical or energy imbuing) and is typically dark gray to blue-black in appearance.
The metal is refined from raw Adamantium ore through high-temperature, high-pressure processing, yielding ingots that can only be liquefied and alloyed using advanced technology. However, blending it with other metals drastically reduces its durability proportionally to the dilution.
Its properties make it ideal for specialized armor, structural components, or high-stress tools, though its inflexibility and magnetic sensitivity impose operational constraints.