Approved Tech Sianarc Power Pack

[Taeli Raaf]

OUT OF CHARACTER INFORMATION

• Intent: To develop a brand new blaster power pack for use in Aurora Industries weapons
• Image Source: https://www.artstation.com/artwork/090wE
• Canon Link: N/A
• Permissions: N/A
• Primary Source: Sianium Blaster Power Cell

PRODUCTION INFORMATION

• Manufacturer: Aurora Industries
• Affiliation: Aurora Industries, Closed Market
• Model: Sianarc Power Pack
• Modularity: None
• Production: Mass-Produced
• Material:
  • Sianteria (Plasma State)
  • Haysian Smelt energy conductors
  • Agrinium Internal Components
  • Transparisteel Outer Casing

SPECIAL FEATURES

• Like the very old Sianium power cell before it, the Sianarc greatly enhances the stopping power of any weapon it is designed to power due to the Sianteria's energy output and the use of Haysian Smelt to streamline the conductivity of the energy cell.

STRENGTHS

• As mentioned previously, the Sianarc greatly enhances the stopping power of any weapon designed around it as its power component.
• Designed with efficency and size in mind, the Sianarc has been streamlined in delivering power to a weapon by using Haysian Smelt as its conductor, allowing the team to reduce the size of the pack to slightly under the normal.

WEAKNESSES

• While Sianteria plasma is stable, if the power pack is overloaded or shot, it will still explode and likely greatly injure the target due to the plasma discharge.
• If used in a weapon not designed for Sianteria, it will cause an energy overload and render the weapon completely inoperable.

DESCRIPTION

Developed in tandem with the Ramuh Power Core, the Sianarc Power Pack is designed to be the weapon counterpart to the Ramuh. Instead of using Sianteria in its solid crystal state, Doctor Colso and his team decided to use Sianteria plasma as the fuel within the Sianarc. The plasma is just as potent in generating energy as the solid crystal, allowing any weapon installed with the power pack access to greatly enhanced stopping power. However, the weapons need to be designed to accept the output created by Sianteria or risk an overload.