Unreviewed Trinity Core Blackwake

[Ethanael Halscott]

Trinity Core Blackwake
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OUT OF CHARACTER INFORMATION

• Intent: To create a specialized auxiliary reactor core designed to power and stabilize advanced starship systems including capacitor cycling, EFP routing, and harmonic modulation in ships utilizing Gen IV Commonwealth propulsion tech.
• Image Source: N/A
• Canon Link: N/A
• Permissions: N/A
• Primary Source: N/A

PRODUCTION INFORMATION

• Manufacturer: Primo Victorian Enterprises
• Affiliation: Imperial Commonwealth of Dosuun
• Market Status: Closed Market
• Model: CHR-KHR‑IVR-X3 “Blackwake”
• Modularity: Yes
• Production: Minor
• Material:
  
  • Canarocite phase crystal lattice
  • Kyromite regulators (double-core config)
  • Boreas thermal bleed jacket
  • Crystaplast housing
  • Dallorian alloy chamber casing
  • Synthek waveform stabilizers
  • Agrinium Latticed Ardanium, anti-rad insulation

SPECIAL FEATURES

• Canarocite-Stabilized Waveform Core – converts and routes energy through phase-change crystal matrix
• Dual-Channel Output Ports – separately supplies main engine and system arrays
• Arbalest-Ready Capacitor Loop– prevents overload during energy spikes
• CIHR Harmonic Tuning Bridge – allows precise energy modulation between shipboard subsystems
• EFP Routing Matrix – handles cooled plasma streams for weapons, thrusters, and system feeds
• Overburn Heat Dump Protocols – releases thermal stress through Boreas-channeled dissipation fields
• Compact Form Factor – ideal for destroyers, recon cruisers, or gunships

STRENGTHS

• Multi-System Synchronization: Seamlessly links engines, weapons, capacitors, and cooling systems through phase-aligned outputs
• Precision Energy Management: Supports burst systems, Arbalest charge cycles, and EFP cooling without feedback stress
• Phase-Stabilized Output: Canarocite allows waveform control under duress — critical for cloaked, stealth, or agile ships
• Compact Secondary Core: Designed to work with primary reactors, not replace them — allows for supplemental or emergency use

WEAKNESSES

• Not a Primary Reactor: Cannot independently power all ship systems; relies on primary hypermatter or KHR-IV reactor
• Crystal Fragility: Under extreme stress, Canarocite phase cycling can fracture, requiring full replacement
• High Integration Cost: Needs CIHR or equivalent regulation and cannot be simply bolted into non-CFIE ships
• Thermal Exhaust Risk: Failure to sync with Boreas or FRIES modules can result in energy bleed or heat failure

DESCRIPTION
The KHR-VI "Blackwake Core” is a high-efficiency, crystal-regulated supplemental power core engineered for next-generation starships running multiple energy-intensive subsystems. Where standard hypermatter reactors or primary KHR-IV installations handle propulsion and base systems, the Blackwake Core supports the modular, subsystem-heavy ships of the modern Commonwealth: capacitor cycling, CIHR tuning, EFP routing, thermal bleed, and more.

At its heart is a Canarocite waveform lattice that converts raw energy into clean, waveform-controlled output, ideal for synchronizing, plasma-fed weapons, burst-thrust engines, andsensor-masked drive systems like Ravage-XC or Jetstorm-XA. Twin Kyromite regulators ensure harmonic dampening, while Boreas sleeves prevent feedback loop overheating. All of this is encased in a compact, magnetically isolated Crystaplast core with dual-channel distribution spines.

Though it cannot stand alone, the KHR-VI Blackwake Core makes multi-loadout ships possible, supporting combat gunships, mobile stealth vessels, interdiction destroyers, and flagship platforms that would otherwise suffer cascade failures or bleed-off issues.

Commonwealth engineers call it the second heart. Pilots just call it the reason they come back alive.