Architect
DESTRON-XR
OUT OF CHARACTER INFORMATION
- Intent: To create a modernized, crystal-integrated ion engine system based on the original Destron-X, optimized for sustained output, heavy load endurance, and compatibility with CIHR and Arbalest systems.
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: Destron-X, Crystal-Fused Ion Engine, Arbalest Capacitor System, CIHR, FRIES-IV
- Manufacturer: Primo Victorian Enterprises
- Affiliation: Imperial Commonwealth of Dosuun
- Market Status: Closed-Market
- Model: CIIE-DXRHV-X1
- Modularity: Yes
- Production: Minor
- Material:
- Kyromite crystal regulator core
- Boreas-infused thermal shell
- Synthek channeling matrix
- Arbalest capacitor interface nodes
- Trimantium-alloyed jet housings
- Reinforced crystal-fused injectors
- EFP (ElectroFrost Plasma) exhaust node array
- Crystal-based energy regulation system (Kyromite)
- Thermal bleed channeling via Boreas latticework
- Phase-tuned exhaust modulation (Synthek)
- Arbalest Capacitor System integration (supports burst/surge safety)
- Full CIHR compatibility for harmonic stabilization
- Excellent field performance in high-pressure, high-output environments
- ElectroFrost Plasma Generation: Produces EFP via crystal-fused chamber; fully supports FRIES-IV suite
- Sustained Heavy Output: Built for siege ships, capital cruisers, and reactor-heavy platforms.
- Thermal & Radiation Stability: Can operate continuously under extreme duress.
- Modern System Compatibility: Pairs cleanly with modern Gen IV drive and energy tech.
- Highly Tunable: Crystal matrix can be adjusted per ship class or role.
- Large & Heavy: Not suitable for small or even average-sized ships.
- Needs Crystal Supervision: Must be paired with CIHR or similar regulator for peak stability.
- Requires Arbalest Tuning: Risk of capacitor overdraw without proper charge settings.
- Lower Agility: Designed for power, not finesse.
A Gen IV modernization of the legendary Destron-X platform, the Destron-XR Ion Engine integrates Kyromite crystal regulators, Boreas thermal shelling, and Synthek flow matrices into a redesigned power-core housing. Designed for capital ships and siegecraft, it specializes in high-load, long-burn energy regulation where lesser engines falter or collapse under pressure.
Through full integration with the Arbalest Capacitor System and optional CIHR harmonic node, the Destron-XR ensures ships can maintain consistent power output, safely handle surge demands, and execute long-duration propulsion without energy bleed or thermal failure.
While it lacks the agility of smaller engine systems, its endurance and power consistency make it the backbone of heavy fleets requiring top-tier engine resilience under combat or deep-space strain.
Out Of Character Info
Intent:
To create a modernized, crystal-integrated ion engine system based on the original Destron-X, optimized for sustained output, heavy load endurance, and compatibility with CIHR and Arbalest systems.
Image Source(s):
https://notaurl.com
Canon Link:
N/A
Primary Source(s):
Destron-X, Crystal-Fused Ion Engine, Arbalest Capacitor System, CIHR, FRIES-IV
Technical Information
Affiliation:
Imperial Commonwealth of Dosuun
Model:
CIIE-DXRHV-X1
Modular:
Yes
Material:
Kyromite crystal regulator core Boreas-infused thermal shell Synthek channeling matrix Arbalest capacitor interface nodes Trimantium-alloyed jet housings Reinforced crystal-fused injectors EFP (ElectroFrost Plasma) exhaust node array
