Unreviewed PGEM-LLC Mk. 1

[Niki Priddy]

• Intent: Create a mass produced laser cannon series for the open market.
• Image Source:
  • Source
  • Headers/Dividers made by me.
• Canon Link: Laser Cannon
• Permissions: N/A
• Primary Source: N/A

• Manufacturer: Priddy General Engineering And Manufacturing
• Affiliation: Priddy General Engineering And Manufacturing
• Market Status: Open-Market
• Model: PGEM Light Laser Cannon Mark 1
• Modularity: No - Limited to single or double barrel.
• Production: Mass-Produced
• Material:
  • Dallorian Alloy
  • Duramentium/Titanium Alloy Housing
  • Ferrocarbon Frame

• Internal Systems -
  • Integrates with the Veritable Turret System readily as a plug and play upgrade on vessels above 100 meters.
  • Dallorian Alloy-Barrels
  • Integrated Optical Transducer Panel in turret configuration.
  • Enhanced Servo-motors in turret configuration.
  • Gryoscopic Stabilizer in turret configuration.
  • Thorilide Shock Absorption System
  • Power Generator
  • M.I. Universal Ammunition Feed
  • M.I. Fire Suppression System
  • Firing Chambers
  • Puncture Proof Chambers
  • Laser Actuators
  • Prismatic Crystal
  • Galven Coils
  • Capacitor Bank
  • Plasma Cell Bank
  • Cooling Sleeve
  • Cooling Coil
  • Overload Dispersal Collar

Rapid Fire - Focused through a number of systems and a dedicated cooling system to keep the system running, the rate of fire for this series of laser cannons is nothing to scoff at.
A Solid Punch - The weapon system has exceptional damage output despite its modest production capacity.

Large - The weapon system houses a number of additional internal systems that give it a high rate of fire, making them stand out while deployed.
Limitations - This version of the PGEM Laser Cannon Series most notably has limited range compared to the other versions, restricting it to close quarters engagements.

A simple design fueled by the use of Maji Ironworks systems in the most recent items for clients. The continued expansion of the Priddy catalog could not happen without a revisit of the laser cannon system as both fixed weapon emplacements and turret configurations. Utilizing the Priddy Ion Cannon being used as a template to provide a number of variants that would be suitable for a variety of purposes. With a dedicated floating barrel and shock absorption system built into the frame to remove the issue of target tracking straying in light of the slight recoil along with a scaling mounting system for additional barrels in a turret configuration up to quad-barrel.

The PGEM Mark 1 Laser Cannon series is a trio of modular energy weapons designed to deliver sustained, high-rate energy firepower across a range of tactical needs. Built on a shared structural and mechanical housing, all three variants retain the same profile and external design, allowing seamless integration into various platforms without the need for significant structural accommodations or retraining of maintenance personnel.

Developed with a philosophy of battlefield interchangeability and ease of production, the PGEM Mark 1 series features: A standardized barrel and emitter assembly with integral heat dissipation and cooling vanes along with modular internal components tailored to each version. Reinforced servo-assisted gimbal systems for turret-mounted variants with enclosed capacitor and focusing chambers for all-environment usage.

Despite its bulky appearance, the PGEM-LLC Mk.1 is considered a “light” platform due to internal simplification. Optimized for short-range, high-volume fire with a sustained rate of fire reaching 300 bolts per minute (burst-capable), it excels in shooting down fast-moving threats like starfighters and incoming torpedoes.

The largest drawback being the oversimplification of internal systems, making rapid-dispersal bolts that while retaining highly destructive power at short range, limit the use to either starfighter armaments for close engagements, or as point defense systems on larger ships. Its modularity allows it to be mounted on both starships and agile ground vehicles, particularly where power and weight constraints are tight.