Extremely high powered, expensive multi purpose fuel

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Pulsefuel's basic elements are a combination of precious metals such as Tungsten, Platinum, Gold, more common metals like Magnesium, and reactive non metals like Hydrogen and Carbon.

Pulsefuel is made from a selection of rare metals combined under extreme pressure. The basic, unrefined chemical is found naturally only in extreme environments, namely in deep mines near fault zones where tectonic pressures are sufficent to form the dense material. The natural process is hampered mostly by the suitability of the environemtn, typically the presence and proper quantity of the required materials.

Pulsefuel can also be found on the "surface" of gas giants, which has more consistantn and acessable pressure. Gas giants have also been used in several successful attempts to create pulseful artificially.

Pulsefuel has been made synthetically on the surface of planets using large circular colliders, which are very power instensive. Many designs for orbital Pulsefuel systhesiseres have been submitted, but none of yet have been constructed

At first, Pulsefuel was not available for public sale, due to its strategic importantance and limited quantity. As extraction and production expanded, however, sales slowly started, but at a steep cost.

Solid Pulsefuel is incredibly expensive because it is a more pure compound than liquid fuel. However, solid Pulsefuel propells a Pulse Drive a considerably further than the same quantity of liquid Pulsefuel.

Moderatly or Extremely expensive

Very rare

Pulsefuel is used for a variety of high power propulsion methods.

Pulsefuel works similar to standard combustion in whatever application it is used in. In such devices, some modification of existing engines is needed to allow Pulsefuel usage.

In Pulsedrives, solid Pulsefuel is delivered into a resonant combustion chamber using a complex delivery system to achieve extreme FTL velocity

Pulsefuel's basic elements are a combination of precious metals such as Tungsten, Platinum, Gold, more common metals like Magnesium, and reactive non metals like Hydrogen and Carbon.

Pulsefuel in both liquid and solid forms has a distinct purple color.

In its liquid form, it has a consistancy similar to water, which accounts for it reduced performance but easier delivery into combustion engines.

In its solid form, it is typically stored as large cylinder rods, about 1 x 1.5 m in length.

In its solid form, it is typically stored as large cylinder rods, about 1 x 1.5 m in length.

Type I: 950 kg/m
Type II: 3700 kg/m
Type III: 5000 kg/m

Type I: Green
Type II: Purple
Type III: Gold

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