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Unreviewed Inflictor IV-class, Heavy Tactical Cruiser

Manufacturer: Primo Victorian Enterprises
Market Status: Closed Market
Production: Limited
Length: Average
Width: Average
Height: Average
Size: Average
Major Faction

Ethanael Halscott

Architect
Ethanael Halscott
Character Bio
INFLICTOR IV-CLASS
"GUNSHIP"
HEAVY TACTICAL CRUISER
​
Inflictor4.png


OUT OF CHARACTER INFORMATION
PRODUCTION INFORMATION
TECHNICAL SPECIFICATIONS
STANDARD FEATURES
  • Auxiliary & Emergency Systems
    • Auxiliary and reserve power generator suites
    • Power conversion and control networks
    • Emergency back-up generator systems
    • Systems control center and supplemental control hub
    • Auxiliary reactor and core coolant management
    • Emergency shield and life-support management suites
    • Emergency command operations center
    • Escape pod control and ejection system management
    • Automatic failsafe, containment, and isolation management
    • Supplemental power control center
    • Emergency power capacitor systems
  • Flight & Navigation Systems
    • Flight control and navigation suite
    • Primary and secondary flight controller management
    • Sublight and hyperdrive power management
    • Propulsion systems control suite
    • Hyperlane and jump-point navigation systems
    • Galactic hyperspace holosite integration
    • Impulse and vector thrust control systems
  • Engineering & Power Management
    • Primary and secondary power management control suites
    • Reactor core control and disengagement systems
    • Core coolant management and safety containment suites
    • Engineering control hub with secondary redundancy systems
    • Weapons, shields, and holosite power distribution suites
    • Dedicated and emergency weapons generator systems
    • Capacitor control and power buffering systems
    • Hazard and damage control management suite
    • Tractor / pressor beam control systems
    • Repulsor generator systems and waste-management control
    • Safety management suite
    • Weapons power generator management refinement
  • Communications Systems
    • Coordinated command encryption network
    • Encrypted short-range and fleet communications suites
    • Hyperwave communications and encryption layer
    • Interfleet and intrafleet communications systems
    • Fleet data-exchange and relay management
    • Standard communications management hub
    • FleetNet node + AI-assisted data routing (light integration, not full command ship level)
  • Tactical & Security Systems
    • Tactical computer-assisted targeting and rangefinding
    • Lock-on and target-lead automation systems
    • Weapons control, reload management, and munition handling
    • Shield monitoring, conversion, and containment systems
    • Shield booster and tertiary generator management
    • Automated reload, temperature monitoring, and safety systems
    • Internal security monitoring and compartmental lockdown systems
    • Multi-shield management system
    • Redundant shield management systems
    • Regenerative shield monitoring integration
  • Sensor & Navigational Systems
    • Multi-directional long-range sensor arrays
    • Long-range gravitational and tachyon sensor suites
    • Navigational and hyper-navigational sensor systems
    • Starship signature identification systems
    • Cargo sweep and standard identification suites
    • Planetary and lifesigns identification systems
  • Hangar & Craft Support Systems
    • Starfighter traffic and hangar control systems
    • Diagnostic, repair, and refueling systems for embarked craft
    • Weapon loading and maintenance bays
    • Crash-hangar damage-control systems
    • Fabrication and machinist workshops (limited scale)
    • No full carrier coordination centers
    • No expanded deployment systems
  • Medical Systems
    • Primary medical bay with surgical and trauma capability
    • Secondary sickbay and overflow triage ward
    • Intensive care unit and isolation chambers
    • Cryogenic stasis and emergency suspension pods
    • Biohazard containment and quarantine suites
    • Automated medical diagnostics and imaging systems
    • Emergency medivac response and casualty processing center
    • Psychological services and combat-fatigue counseling
    • Life-support integration and patient monitoring systems
    • Battlefield stabilization station
ADVANCED SYSTEMS
Internal Defense Management:
  • Retractable Auto Blasters
  • Retractable Turadium Bulkheads
  • Retractable Turadium Ventilation Spikes
  • Retractable Turadium Blast Barriers, Crystalamnium Coated.
  • Automated War Droid Emergency Deployment
  • Automated Anti-Concussion Field Emergency Deployment
  • Advanced Biometric Security Systems
  • Advanced Laser Grid, Emergency Deployment Only
  • Advanced Mass Sensor Plating and Grid System
  • Extensive Security Camera and Motion Detection System
  • Extensive Thermal Energy Sensors and Biometric Detection Systems
  • Emergency Lock-Down Tram & Lift Systems
  • Emergency Pressure Plate and Compact Disposal Systems
Power and Propulsion:
Command, Datacore & AI Systems:
  • Helion Data Core Matrix: Serves as the central data handling and analysis nexus. Integrates sensor inputs, targeting data, astrogation, and fleet relay processing. Blackwake interfaces with this directly to prioritize system resilience.
  • ERALAM - FleetNet-integrated system supporting navigation, encrypted communications, targeting solution refinement, and real-time battlefield data processing. Designed to enhance fire-control efficiency rather than command-level coordination.
  • NATASI - Supervisory logic framework responsible for system integrity monitoring, security verification, and combat-priority resource allocation. Provides adaptive system management under high-stress combat conditions.
Datacore & Sensor Systems:
  • Helion Data Core Matrix: Serves as the central data handling and analysis nexus. Integrates sensor inputs, targeting data, astrogation, and fleet relay processing. Blackwake interfaces with this directly to prioritize system resilience.
  • SPX Aetherveil Sensor Suite
    • Long-range passive + active scanning
    • Force-resonance tuned with Verityne crystal logic
    • High-resolution mapping + gravitational anomaly detection
    • Use: Early warning, fleet synchronization, sensor triangulation in crowded space.
  • TCSX Strikeveil Sensor Suite
    • Tactical fire control optimization
    • Real-time target trajectory and maneuver prediction
    • Integrated with Vanguard-GTS and weapons grid
      • Mid-combat tactical locking and active countermeasure compensation.
  • SCX Navicor Sensor Suite
    • Dedicated for nav-hazard detection
    • Hyperlane anomaly mapping and battlefield pathfinding
    • Optimized for formation maneuvering and emergency reroute
      • Strategic positioning, safe retreat vectors, escort formation cohesion.
Advanced Communications:
Countermeasures:
Advanced Sensors
STRENGTHS
  • Sustained Line Combat Capability: Designed for prolonged engagements, the Inflictor IV can maintain continuous offensive and defensive output under heavy fire, leveraging layered power systems and fire-linked weaponry.
  • Layered Combined-Arms Weapon System: Integrates heavy turbolasers, ion cannons, precision disruptors, and kinetic mass drivers into a structured kill chain, allowing effective engagement across multiple defensive profiles.
  • High Survivability & Redundancy: Multi-layered shielding, composite hull construction, and redundant power systems allow the vessel to remain combat-effective even after sustaining significant damage.
  • Multi-Arc Engagement Coverage: Dorsal, ventral, and broadside weapon distribution ensures the vessel can maintain pressure on targets without relying on constant repositioning.
WEAKNESSES
  • Limited Speed and Maneuverability: The Inflictor IV sacrifices agility for durability and firepower, making it less capable of rapid repositioning or pursuit of fast-moving targets.
  • Restricted Hangar Capacity: With a very low hangar rating, the vessel cannot project significant fighter power and relies on escorts or fleet elements for sustained starfighter operations.
  • Reliance on Formation Doctrine: Performs best as part of a coordinated battle line; when isolated, its lack of speed and limited fighter complement can be exploited by more mobile adversaries.
DESCRIPTION
The Inflictor IV-class Heavy Tactical Cruiser represents the culmination of the Inflictor line’s evolution within Commonwealth naval doctrine. Expanding the hull to a full kilometer in length, the class was designed not as a flexible multi-role platform, but as a dedicated line-of-battle warship—a vessel intended to anchor fleet formations and endure prolonged engagements under sustained enemy fire.

At its core, the Inflictor IV embodies a philosophy of controlled, layered force application. Its armament is structured around a deliberate combat sequence: ion cannons and advanced disruptor systems degrade enemy shielding, heavy turbolaser batteries apply sustained pressure, and Polemos-class mass driver cannons deliver decisive kinetic penetration once defenses are weakened. Supporting systems such as rotary hypervelocity cannons, flak drivers, and close-in weapon systems ensure that the vessel remains effective against both capital ships and smaller threats across all engagement ranges.

This offensive capability is matched by an equally robust defensive architecture. The cruiser employs a multi-layered shield network combining adaptive, regenerative, and kinetic-resistant systems, reinforced by composite hull construction and ablative plating. Redundant power systems, including the Trinity Core Reactor and Blackwake supplemental core, ensure that the vessel can continue operating even after sustaining critical damage. Complementing this is a hardened electronic warfare suite and compartmentalized AI framework, designed to maintain operational integrity under heavy ECM conditions and prevent system compromise.

Unlike carrier-focused designs, the Inflictor IV maintains a minimal hangar complement, consisting of a single repair drone squadron and two interceptor squadrons. This reflects its doctrinal role: the vessel is not intended to project power through strike craft, but to hold the line while other fleet elements maneuver. A small number of utility craft provide logistical and personnel support, but all internal volume is otherwise prioritized for weapons, armor, and power systems.

Operationally, the Inflictor IV excels in fleet-based engagements, where its ability to absorb punishment and maintain continuous fire makes it an indispensable anchor for Commonwealth battle lines. It is particularly effective against other capital ships, where its combined-arms approach can systematically dismantle layered defenses. However, this specialization comes at a cost—reduced mobility, limited independent strike capability, and reliance on coordinated fleet support to counter highly maneuverable opponents.

In practice, the Inflictor IV is not a ship that wins through speed or surprise. It wins through endurance, discipline, and the relentless application of force, remaining combat-effective long after lesser vessels would be forced to withdraw

DECK LAYOUT:
  • Decks 1–4: Command & Sensor Spine
    • Primary Bridge (Deck 1, recessed and armored)
    • Auxiliary Bridge (Deck 2, hardened fallback command)
    • Emergency Command Operations Center (Deck 3)
    • Helion Data Core Matrix + ERALAM/NATASI modules (Deck 2–3 protected core)
    • Long-range sensor arrays and targeting relays (Deck 4)
    • FleetNet uplink and encrypted comms hub
    • Strategic plotting rooms and real-time tactical holotables
  • Decks 5–10: Tactical & Fire Control
    • Central Fire-Control Nexus (primary fire-linking hub)
    • Arc-based targeting processors (dorsal / ventral / broadside)
    • Missile control and VLS sequencing systems (Bishop & Ovmar)
    • ECM/ECCM suites (Ariadne, ERES-88 integration)
    • Shield control and sector prioritization systems
    • Weapons thermal monitoring and automated cycling systems
    • Redundant local fire-control nodes distributed across decks
  • Decks 11–18: Crew & Operations
    • Officer and enlisted quarters (segmented by duty rotation)
    • Mess halls, recreation areas, and briefing theaters
    • Primary medical bay, ICU, triage ward, and isolation suites
    • Psychological services and fatigue management
    • Internal security stations and rapid-response armories
    • Life support regulation hubs and atmospheric control
    • Training simulators (gunnery, damage control, fighter coordination)
  • Decks 19–26: Engineering Core
    • Trinity Core Reactor (centralized, heavily shielded)
    • Blackwake Core (secondary, offset for redundancy)
    • ElectroFrost regulation systems and coolant routing
    • Aether-IX power distribution network
    • Fries-IV thermal regulation and emergency reroute systems
    • Capacitor banks and surge buffers (Arbalest integration)
    • Icarus Maneuvering Array control systems
    • Damage control hubs with automated bulkhead systems
    • Fire suppression, venting, and containment systems
  • Decks 27–32: Weapons & Magazine Decks
    • Turbolaser capacitor banks and feed systems (Tojil II)
    • Ion cannon power routing and discharge systems (Hawkthorne II)
    • Disruptor stabilization chambers (Ikaros II, Nerys II)
    • Mass driver ammunition storage and feed systems (Polemos)
    • Rotary HVC feed systems (Ironfang)
    • Missile magazines and VLS loading systems
    • Automated reload systems and munition handling
    • Shredfire plasma charge containment and cycling systems
  • Decks 33–36: Hangar, Logistics & Support
    • Ventral hangar bay (primary launch/recovery)
    • Interceptor squadron staging and maintenance bays
    • Scryver repair drone deployment and control systems
    • Remora shuttle bay and docking cradle
    • Cargo storage and logistics handling
    • Fabrication and machinist workshops
    • Crash-hangar damage control systems
    • External docking collars and boarding control points
 

Out Of Character Info

Intent: To submit a new generation of the Inflictor.
Image Source(s): https://chatgpt.com
Canon Link: N/A
Permissions: Solarium Glasteel, Firestrikes
Primary Source(s):

Inflictor, Inflictor II, Inflictor III

Technical Information

Affiliation: Imperial Commonwealth of Dosuun
Model: CNC-TCI4-M1
Starship Class: Cruiser (500-1000m)
Starship Role: Gunship
Modular: No
Material: Durasteel Reinforced Crystalamnium Hull Reinforced Duraplast with Latticed Crystaplast Liner Alusteel Reinforced Durasteel Hull [Interior] Tunqstoid Blast Doors, Turadium Blast Shields [Interior] Solarium Glasteel Viewports [Overlay] Glasteel Viewports [Underlay], Turadium Blast Shutters Agrinium, Dallorian Alloy [Key Areas/Critical Components] AR-0B Damage Reduction Plating [Key Areas/Critical Doonium Infused Impervium [Munitions Control] Hekakles-type Composite Hull System Reactive Polyfoam Buffer [High Internal Shock Absorption]
Armaments: Primary Energy Batteries:
14× Tojil II-type Heavy Turbolaser Batteries [Distributed across dorsal and ventral hull in broadside turret groupings; fire-linked by arc clusters for sustained line-of-battle engagements.]
9× Hawkthorne II-type Ion Cannons [Layered across dorsal/ventral arcs with forward bias; integrated into fire-control network for shield-stripping and subsystem disruption.]
Advanced Disruption Systems:
5× Ikaros II-type Solarized Plasma Disruptors [Strategically distributed across dorsal and ventral surfaces; optimized for countering molecular, hybrid, and Force-augmented shield systems.]
2× Nerys II-type Harmonic Disruptor Arrays [Dorsal and ventral spine-mounted precision arrays; stabilized mounts for long-range shield sector destabilization and targeting support.]
Kinetic Weapons (Mass Drivers / HVCs):
8× Polemos-type Mass Driver Cannons [Primary broadside batteries (port/starboard); fire-linked for sustained armor-penetration and cruiser-on-cruiser engagements.]
12× Ironfang-type Rotary Hypervelocity Cannons [Distributed across dorsal, ventral, and aft arcs; high-rate suppression against corvettes, strike craft, and maneuvering targets.]
4× Belenus-type Hypervelocity Cannons [Forward-biased dorsal/ventral mounts; long-range precision strike and subsystem targeting.]
Primary Torpedo / Missile Systems
6× Bishop II-type Missile Systems [Internal VLS cells with dorsal and spine-based launch apertures; fire-linked for opening volleys and saturation strikes.]
Close-In Weapon Systems / Defensive Batteries
12× Covenantor II-type Flak Driver Cannons [Heavy dorsal and ventral mounts; saturates bomber corridors and provides area denial around the formation.]
24× Vulcan Advanced Autocannon Systems [Distributed CIWS grid across full hull; autonomous tracking and rapid interception of missiles, fighters, and torpedoes.]
6× Shredfire-type Ranged Weapon Systems [Recessed ventral and midship mounts near docking collars and hangar structures; anti-boarding and point-blank hull denial system.]
Defensive Missile Systems
8× Ovmar II-type Defensive Missile Systems [Recessed dorsal/ventral VLS arrays; fast-tracking intercept systems for torpedo and missile defense.]
Defense Rating: Very High
Speed Rating: Low
Maneuverability Rating:: Low
Energy Resist: High
Kinetic Resist: High
Radiation Resist: Very High
Other Resistance(s):

- EMP/ION: Very High
- Sonic: Average
- Force Disruption/Harmonics: Low
- Elemental (Fire/Cold/Corrosive): Low

Minimum Crew: 3800
Optimal Crew: 7200
Passenger Capacity: 900
Cargo Capacity: Large
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