Bullets and power-cells
- Intent: Create a mass produced Assault Laser cannon, add to the Priddy Catalog.
- Image Source: Source
- Canon Link: Source
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Niki Priddy, Terminus Rêve, Priddy General Engineering And Manufacturing
- Affiliation: Directorate, Niki Priddy's General Goods Store Customers
- Market Status: Closed-Market
- Model: Priddy Assault-Laser Cannon Mark I
- Modularity: Low - Single, Double, Triple, Quadruple Barrel Arrangements.
- Production: Mass-Produced
- Material:
- Dallorian Alloy
- Duramentium/Titanium Alloy Housing with Neutronium infusion
- Ferrocarbon Frame
- Classification: Heavy Laser Cannon
- Size: Average
- Weight: Very Heavy
- Ammunition Type: Tibanna Gas
- Ammunition Capacity: Average
- Effective Range: Average
- Rate of Fire: High
- Damage Output: Very High
- Recoil: High
- Internal Systems -
- Integrates with the Veritable Turret System readily as a plug and play upgrade.
- Magnetic Accelerator Components
- Integrated Optical Transducer Panel
- Enhanced Servo-motors
- Gryoscopic Stabilizer
- Thorilide Shock Absorption System
+ Tibanna Infused + Use of Tibanna Gas through the firing process helps give the assault laser cannon a hefty punch above the standard starship laser cannon.
- Tibanna Infused - Due to the use of Tibanna Gas for the firing process, should a turret be destroyed, there is a high chance that the Tibanna gas inside the turret and feed line will retroactively explode. With potential for further damage than simply just the turret being affected.
A simple design, the expansion of the Priddy catalog would not be complete without a delve into the laser cannon section. Using the assault laser cannon as a point of reference for the design, the focus was to keep the damage output as high as possible while still providing a decent baseline for the weapon to operate at a relatively standard expectation. Achievement of this goal was procured by adding TIbanna Gas to the firing process, generating a high output damage system while maintaining relative operational expectations of the weapon system.
