Velith

Overview

Velith is a crystalline mineral with a high energy density. It is used as the primary fuel for spacecraft, hovering vehicles, industrial facilities, and power stations. After processing, it is packaged into energy rods of different sizes, depending on the reactor and the requirements of the device it supplies. Raw velith has a dark metallic color and forms solid crystalline veins within rocks rich in metallic and silicate elements. Its value comes from the unusual structure of its crystal lattice, which allows it to store and release an exceptionally large amount of energy in a controlled manner.

Formation

Velith is most commonly found on planets without breathable atmospheres. These worlds usually have dense atmospheres, high temperatures, and powerful electrical storms. Repeated lightning discharges briefly heat surface rocks to extreme temperatures. Heat, pressure, and electrical charges gradually cause reactions between the metallic elements in the rocks and the gases of the atmosphere. Over long periods, the original rocks are transformed and acquire the characteristic crystalline structure of velith. For this reason, most deposits are located on the surface or at shallow depths. They often appear on plains exposed to frequent storms, around craters, or within extensive layers of rock that have undergone repeated electrical discharges.

Extraction

Conditions on planets where velith forms are usually prohibitive for human presence. High temperatures, toxic atmospheres, powerful winds, and continuous electrical storms make the presence of human personnel extremely dangerous. Extraction is primarily carried out by specialized robots. These units have durable armor, protection from electrical discharges, and movement systems suitable for unstable terrain. They locate crystalline veins, remove the surrounding rock, and collect raw velith in shielded containers. Because storms frequently disrupt communications, the robots can operate autonomously for long periods. Their instructions are transmitted from stations in protected areas, orbital facilities, or spacecraft that remain above the dangerous layers of the atmosphere.

Processing

Raw velith cannot be used directly as fuel. It is transported to specialized facilities, where rocks and unstable impurities are removed. The crystals are separated, ground, and subjected to controlled thermal and electrical processing. The processed material is compressed and stabilized into cylindrical rods. Each rod is sealed inside a protective casing that prevents the crystal structure from deteriorating during transportation and storage. Small rods are used in vehicles, portable generators, and machinery. Large spacecraft, industrial facilities, and military bases use larger rods or complete arrays.

Energy Production

Inside a reactor, the crystalline structure of velith is broken down in a controlled process. This releases the energy held within the crystal lattice and transfers it to the generation and distribution systems. The speed of the reaction can be adjusted according to energy requirements. A hovering vehicle gradually consumes a small rod, while a warship can activate several rods simultaneously during combat or acceleration. Grid drives are powered by the same reactors, but require the accumulation of a much larger amount of energy. Once the grid link has connected to a beacon and acquired the route data, the reactor charges the grid drive systems in preparation for the jump. This process significantly increases velith consumption. After the reaction is complete, an inert material with little commercial value remains. The protective casing of the rod can be returned to the production facility and used again.

Strategic Importance

Velith is essential for interplanetary and interstellar transportation, trade, industry, and the operation of military forces. The discovery of a large deposit can transform the economic and strategic importance of an entire planet. Production areas are heavily protected, and information about new deposits is often kept secret. Companies, states, and military alliances compete for control over its extraction, processing, and distribution.

Category: Device Tags: Device, Technology