What's New
Star Wars Roleplay: Chaos

Register a free account today to become a member! Once signed in, you'll be able to participate on this site by adding your own topics and posts, as well as connect with other members through your own private inbox!

Unreviewed Raptor IV-class, Heavy Brawler

Manufacturer: Primo Victorian Shipwright
Market Status: Closed Market
Production: Semi-Unique
Length: Average
Width: Average
Height: Average
Size: Average
Major Faction

Ethanael Halscott

Architect
Ethanael Halscott
Character Bio
RAPTOR IV-CLASS
"GUNSHIP"
HEAVY BRAWLER FRIGATE

Raptor-IVA.png

OUT OF CHARACTER INFORMATION
  • Intent: To modernize the Raptor lineage for the Imperial Commonwealth of Dosuun.
  • Image Source: Midjourney | ChatGPT
  • Canon Link: N/A
  • Permissions: Solarium Glasteel (x)
  • Primary Source: Talon III-type Assault Frigate (x) | Raptor II-class Assault Frigate (x) | Raptor-class Assault Frigate (x) |Gravehand-type Close Combat System (x) | Shredfire-type Ranged Weapon System (x)

PRODUCTION INFORMATION

TECHNICAL SPECIFICATIONS
  • Classification: Heavy Brawler, Frigate
  • Length: 450m
  • Width: 162m
  • Height: 198m
  • Armament:Very High
    • 2× Gravehand-type Close Combat Systems[Forward-mounted twin emplacements; Personal-range capture-and-crush; Corusca-lined chains with plasma-cutting claws, repulsor-driven vector locks, and tensor field microburst cannons]
      • Each Gravehand fields four reusable Corusca-lined physical chains for a combined ship-total of eight chains
      • Multi-stage grip sequence: chain launch → anchor lock → hull bite → tensor pull → crushing phase
      • Optional payload modes per chain: flechette injector tips, EM-pulse nodes
      • Integrated Repulsor Constriction Web, Tensor Field Microburst Cannons, Field Disruptor Emitters, Localized Gravity Sink, G-Force Control Grid, Tethered Gravity Wells, and Pulverize Mode
    • 8× Shredfire-type Scatter Arrays[Twin-barrel convergent discharge; 4 forward-dorsal, 4 forward-ventral; fixed forward-biased arcs]
      • Scatter-6 and Scatter-12 firing modes
      • Brimfire, Ionflash, Cryocleave, and Breakerbolt payload modes
    • 8× Tojil II-type Heavy Turbolaser Batteries [Forward dorsal/ventral; close-range brawling support for the Scourgechain commitment window]
    • 6× Hawkthorne II-type Ion Cannons [Forward-broadside layered; shield-stripping during the run-in]
    • 8× Ironfang-type Rotary Hypervelocity Cannons [Inner CIWS layer concentrated around engines, magazines, and aft retreat arcs]
    • 12× Thunderbolt II-type Rotary HVCs [Distributed midline and aft point defense]
    • 6× Covenantor II-type Flak Driver Cannons [Dorsal/ventral, anti-strikecraft saturation]
    • 8× Ovmar II-type Defensive Missile Systems [Recessed silos, long-range missile intercept]
    • 4× Hedgehog-type Counter-Ordnance Systems [Recessed VLS cells, intercept bubbles]
  • Defenses:High
    • Rampart Shield Matrix [Primary All-Angle Shield]
    • Phalanx Adaptive Shield Matrix [Attack-Adaptive Layer]
    • Ballista Shield Array [Kinetic/Projectile Interception]
    • Sentinel Defense System [Close-In Interceptor Grid]
    • Boudica Kinetic Deflector [Localized Impact Mitigation]
    • Vitralis Reflex Shield Generator [Reflexive Shield Layer]
    • Crystalamnium Mesh + Crystaplast Shell [Radiant + Kinetic Dispersal]
    • Hekakles Composite Hull [Core Durability Layer]
    • Ariadne ECM Assistant [Electronic Countermeasure Control]
    • Arbalest Capacitor System [Emergency Power Surge Buffer]
    • Reinforced Forward Shield Arcs [Structurally biased to bow and forward flanks; aft arcs deliberately weaker — the Missing Scale weakness manifests as both armor and shield geometry]
    • Anti-Ion Mesh (Faraday Cage) + Capacitive Buffers + Discharge Drains [Lineage hardening inherited and refined from the Raptor II]
    • Russ Shield Suite (Emergency Redundancy Layer)
      • Deflector Shield Generators (x2): Particle & Ray Overlay w/ Integrated Shield Boost
      • Regenerative Reinforced Shield Generator: Self-healing layer + Shield Boost
      • Ion Shield Generator: Specialized ion disruption protection
      • Emergency Capacitor Boost System: Temporarily doubles absorption threshold on critical areas
    • Tauros Defensive Suite
      • Capacitor Drains, Socket Guards, and De-Ionizer Rigs
      • Anti-Tractor Beam Shroud (Field Disruptor Pattern)
      • Chaff and Flares Dispersal System (Multi-burst Countermeasure Ejectors)
      • Anti-Ordnance EM Probe (Localized detonation field on missile proximity)
      • Missile Deactivation Transmitter (Pulse jammer for active munitions)
  • Hangar Space: Very Low — 0 Squadrons
  • Hangar Allocations:N/A
    • Starfighters: 0 squadrons
    • Support Craft: 0 squadrons
  • Single Craft Hangar:Yes
  • Maneuverability Rating: Low
  • Speed Rating: Average
  • Hyperdrive:Yes
    • Primary: 2.0
    • Backup: 10.0

STANDARD FEATURES
  • Auxiliary Systems
    • Power Conversion and Control Networks
    • Systems Control Center & Supplemental Control Hub
    • Auxiliary Reactor & Core Coolant Management
    • Supplemental Power Control Center
    • Reserve and Emergency Back-up Power Systems
    • Auxiliary Reactor Control Center
    • Auxiliary Shield & Core Coolant Management
    • Emergency Shield Operations and Power Management System
    • Emergency Command Operations Center
    • Emergency Life Support & Power Capacitor Systems
    • Escape Pod Control Systems Management
    • Automatic Failsafe and Containment Management
    • Reactor Disengagement Safeties
  • Flight Control & Navigation Suite
    • Primary and Secondary Flight Controller Management
    • Sublight & Hyperdrive Power Management
    • Propulsion Systems Control Suite
    • Hyperlane & Jump Point Navigation Systems
    • Impulse and Vector Thrust Control Systems
    • Burst-Acceleration Override Control
    • Shredfire pre-charge and propulsion overdraw during the lunge
    • Counter-Tether Stabilization Suite
      • Coordinates Vitus thruster output, Icarus micro-thrust, and tractor/pressor counter-thrust during active Gravehand engagements to maintain firing solution geometry against tethered counter-mass. Integrates directly with Gravehand's redundant inertial dampeners and the G-Force Control Grid
    • Galactic Hyperspace Holosite Integration
  • Engineering Systems
    • Primary & Secondary Power Management Control Suites
    • Power Conversion Systems Control
    • Reactor Core Control System
    • Core Coolant Management Suite
    • Shield Generator Power Management Suite
    • Dedicated Weapons Power Generator Systems
    • Capacitor Control Systems Suite
    • Hazard & Damage Control Management Suite
    • Engineering Control Hub & Secondary Redundancy Systems
    • Weapons, Shields, and Power Distribution Suites
    • Repulsor Generator Systems & Waste Management Control
    • Kestrel Core Supplemental Routing
  • Communication Systems
    • Coordinated Command Integration Encryption Suite
    • Encrypted Short-Range & Long-Range Communications Suites
    • Hyperwave Communications & Encryption Network
    • Interfleet and Intrafleet Communications Systems
    • FleetNet Node + AI Systems Hub
    • Formation Datalink
  • Tactical and Security Systems
    • Tactical Analysis and Lock-On System Management
    • Multi-Shield Management Defensive Systems
    • Redundant Shield Management Systems
    • Gravehand Chain Cradle Management
      • Articulated launch cradle control for the eight Corusca-lined chains, with reel-and-retract sequencing, G-Force Control Grid arbitration, and the Pulverize Mode pulse rhythm coordinator. Manages the multi-stage grip sequence: chain launch, anchor lock, hull bite, tensor pull, and crushing phase
    • Shredfire Payload Selection & Capacitor Arbitration
    • Automated Reload and Internal Temperature Check Systems
    • Weapons Control and Munitions Management Systems
    • Weapons Waste Containment & Disposal Systems
    • Aft Threat Prioritization Matrix
  • Sensor Systems
    • Multi-Directional Long-Range Sensor Arrays
    • Navigational & Hyper-Navigational Sensor Suites
    • Short-Range Tachyon Sensor Network
    • Gravitational Mass Sensor Suite (tactical range)
    • Forward-Biased Combat Sensor Array
    • Starship Signature Identifier Systems
    • Full Range Planetary & Lifesigns Identifier System
  • Single-Craft Hangar System
    • Combat-Ready Docking Apparatus
    • Guidance Beacons
    • Recovery Alignment
    • Crash-Netting Deployment System
    • Maintenance Support Suite
  • Medical Systems (compact — scaled to crew complement)
    • Compact Medical Bay Suite
    • Overflow Triage Ward
    • Med Droid Interface & Support Network
    • Damage-Stabilization Support Cradle
    • Cryogenic Stasis Pods (limited)
    • Isolation & Quarantine Chambers (compact suite)
    • Battlefield Stabilization Station (small)
    • Emergency Medivac Support

ADVANCED SYSTEMS
STRENGTHS
  • Get Over Here: The Raptor IV's twin Gravehand systems do not simply attack a target, they capture one. Eight Corusca-lined chains launch with kinetic force, bite into enemy hull plating with plasma-cutting claws, and reel the prey in under repulsor-assisted tether. Once anchored, repulsor field compression distorts the target's local shielding, tensor field bursts crumple bulkheads from outside, and the G-Force Control Grid delivers methodical, localized crushing pressure across the captured hull. The prey is no longer in command of the engagement range, no longer in command of the engagement axis, and frequently no longer in command of its own internal systems. The Raptor decides where the fight happens, when it ends, and how close she gets before the Shredfire arrays open. This is the defining capability of the lineage and the doctrinal heart of the ship.
  • The Barking Guns: Eight Shredfire arrays delivered into a single forward arc represent one of the most concentrated short-range plasma payloads ever mounted on a Commonwealth frigate. With four payload modes selectable per battery, the Raptor IV can incinerate, paralyze, fracture, or detonite an entangled target depending on what the moment requires. Few escape her bark. None forget her bite.
  • Three-Reactor Combat Surge: The Trinity Core feeds the ship. The Blackwake Core, in its doubled-capacity configuration, feeds the kill. The Kestrel Core sheds load from both during sustained engagement. The Raptor IV is one of very few Commonwealth frigates capable of running her full weapons suite, burst-acceleration override, and shield matrix simultaneously without thermal cascade, for as long as the chain holds.
  • The Manul Watches the Back: The single-craft Manul-class Escort Fighter berth provides the screening fighter the Raptor IV needs during her most exposed seconds, committed to a Scourgechain anchor, mid-tether, or hot-engined in burst-acceleration repositioning. The Manul does not replace formation escorts; it intercepts the priority threat that enemy doctrine would otherwise throw into the predator's most vulnerable instant.

WEAKNESSES
  • A Missing Scale: Inheriting the original Raptor's poetic vulnerability, the Raptor IV's aft arcs are deliberately thin, structurally, defensively, and armament-wise. Aft defense is point-defense only, supported by a dedicated Aft Threat Prioritization Matrix that surfaces stern contacts to the bridge but cannot manufacture armor where there is none. A coordinated flanking maneuver, particularly by faster or more maneuverable hulls, exploits the price of her forward commitment. The predator who lunges presents her back.
  • The Commitment Tax: Once the Scourgechain anchors a target, the Raptor IV is also tethered. Her Vitus thrusters, Icarus array, and counter-thrust compensation suite manage the physics, but they cannot manage the tactical reality: a Raptor in mid-hook is a Raptor at a known position, moving on a predictable axis, presenting a fixed firing solution to any third-party shooter. She has chosen the kill. She has also chosen the kill zone.
  • The Reactor Pays the Price: The Gravehand is a power-intensive system that demands vast amounts of energy and can strain ship reactors during prolonged use. Even with the three-reactor architecture (Trinity feeding the ship, Blackwake's doubled-capacity surge configuration feeding the kill, Kestrel shedding auxiliary load), the Gravehand's tensor field bursts and G-Force Control Grid pulses draw against the same combat-surge budget that powers Shredfire pre-charge and burst-acceleration overdraw. Sustained crushing operations against a high-tonnage target can force the commanding officer into a real choice: maintain the grip, or fire the Shredfire volley. Doing both at maximum capacity for more than brief windows risks thermal cascade in the Blackwake stack.
  • Slow Activation: The Gravehand is not a fast-engagement weapon. The multi-stage grip sequence — chain launch, anchor lock, hull bite, tensor pull, crushing phase — requires time to anchor and apply pressure. The Raptor IV cannot snap-grab a passing target, cannot capture a maneuvering fast hull, and cannot execute the kill chain in the seconds before an enemy formation reorganizes around her. The doctrinal partners that designate her prey (Conyers III, Fortan V) must do so with enough lead time that the Raptor IV can commit her run-in and her chains before the target slips the geometry. The predator who lunges does not also sprint.
  • Blind Beyond the Bow: Her sensor architecture is forward-biased by deliberate design, strong attack-arc detection and tracking, deliberately reduced strategic long-range coverage. The SPX Aetherveil suite is configured at trimmed range; the SCX Navicor and Spectra Radar are absent. The Raptor IV's strategic picture extends only when Conyers III or Fortan V are in formation. Detached, she sees in front of herself and little more.

DESCRIPTION

The first Raptor was built in 860 ABY by Fleet Admiral Fiolette Yvarro, then-owner of Primo Victorian Shipwright, for the First Order Navy. She was conceived as a brutal, close-range assault frigate — a ship that gave up the long-range game in favor of different prey. The second Raptor, two years later, refined that doctrine into a true close combat hunter: gravity hooks, mass drivers, and the willingness to drag a wounded line ship out of formation and finish her at point-blank.

In 884 ABY, following a fracturing in the relationship between Primo Victoria and the First Order naval establishment, the Raptor lineage was renamed. As the Mark III Project modernization swept the Yvarro design portfolio, the original Raptor name was retired in favor of the Talon III, a ship that retained the doctrine, the silhouette, and the gravity hooks, but disavowed the institutional naming convention of the navy that had birthed her. The Talon served faithfully through the long decades that followed.

Forty-five years later, with the Imperial Commonwealth of Dosuun consolidating its naval portfolio under Grand Vizier Ivalyn Yvarro, Fleet Admiral Fiolette's descendant and heir to the family shipyard — the lineage came home. The Talon name was preserved as a doctrinal sub-designation for variant patterns; the headline class returned to its origin. The Raptor was given back her name. And, in turn, she was given back her claws and her shotgun.

The Raptor IV is the largest hull ever to carry the designation. At 450 meters, she is a heavy brawler frigate built around the union of two of the cruelest weapons the Commonwealth Naval Engineering Bureau has ever approved for production: the Gravehand Close Combat System and the Shredfire Scatter Array. The pairing is not improvised. Shredfire was designed from the outset to function as stage two of a calculated horror show that begins with Gravehand grappling — the Raptor IV is the realized form of that doctrinal partnership.

The Gravehand is the hook. Eight Corusca-lined physical chains — fielded across two forward-mounted Gravehand emplacements, four chains each — launch with kinetic force and bite into enemy hull plating with plasma-cutting claws. The chains anchor. The chains reel the prey in under repulsor-assisted tether. The chains lock the target against the Raptor IV's hull, or direct force into it during ram impact. Once captured, the prey is no longer the subject of an engagement; it is the subject of an execution. Repulsor field compression distorts the captured target's local shielding through directed pressure and harmonic feedback. Tensor field microbursts surge down the chain's length and crumple bulkheads with gravitational stress. Field disruptor emitters at the chain tips destabilize shield harmonics, creating the brief but lethal flickers the heavier weapons exploit. The G-Force Control Grid allows the operator to fine-tune the violence — caving in decks, cracking reactor shielding, or snapping a command spine without ever breaching the hull. The Gravehand is not a weapon. It is an execution device.

The Gravehand is the family weapon. The original Raptor in 860 ABY carried Phone Home cluster missile launchers and the first repeating turbolaser banks Fleet Admiral Fiolette Yvarro had ever mounted on a frigate hull. The Raptor II in 862 ABY added the four Corusca Gem-Edged Gravity Hooks that became the lineage's signature — the first true grapple-and-finish system in the Yvarro design portfolio. The Talon III in 884 ABY refined those hooks into a true close combat hunter's primary armament. Forty-five years later, the Gravehand is what those gravity hooks were always becoming: a four-arm, Corusca-lined, repulsor-driven, tensor-augmented predator's grip. Three generations of Yvarro designers — Fiolette, the Mark III Project engineers who renamed the Raptor to the Talon, and now Grand Vizier Ivalyn Yvarro consolidating the family shipyard under Commonwealth doctrine — have all been refining the same idea. The Raptor IV is where the idea finally arrives.

The Shredfire is the execution made overt. Eight twin-barrel scatter arrays, mounted forward-dorsal and forward-ventral, fire concentrated plasma volleys into the space immediately ahead of the ship. The Shredfire submission states the doctrine explicitly: stage two of a calculated horror show, deployed once a ship is caught in the Gravehand's grasp. The Raptor IV is where that pairing was designed to live. The chains pull the prey close. The arrays finish what the chains have started. Brimfire to burn. Ionflash to paralyze. Cryocleave to fracture. Breakerbolt to gut.

What makes the kill survivable is the Raptor IV's three-reactor power architecture. The Trinity Core feeds the ship. The Blackwake Core, in its doubled-capacity combat-surge configuration, feeds the kill — Shredfire pre-charge, Scourgechain recoil-recovery, burst-acceleration overdraw, all running simultaneously against capacitor budget rather than thermal failure. The Kestrel Core sheds auxiliary load from both during sustained engagement, taking weight off the primary reactor pair so that combat-surge reserve is never spent on routine systems. The architecture is the answer to a question every Raptor before her has asked and never fully solved: how does the predator close, anchor, and execute without burning through her own reactor in the process?


The Raptor IV is not built to see far. Her SPX Aetherveil sensor suite is configured at trimmed range. Her SCX Navicor is absent. Her Spectra Radar is absent. The strategic long-range picture she would otherwise carry is doctrinally externalized — the Conyers III handles her battlefield illumination, the Fortan V handles her SIGINT, the Tempest IV anchors the line she breaks. She carries enough sensor capability to find and prosecute her own target inside the engagement arc, but her picture extends only when formation partners feed it. Detached, she sees in front of herself and little more. This is deliberate. A predator's eyes do not face backward.

She carries no fighter squadrons. The lineage tradition of zero hangar is unbroken since 860 ABY. But she does carry a single Manul-class Escort Fighter in a combat-ready single-craft berth — and the Manul's role is precise and narrow. It is not a screen. It is not a patrol element. It exists to cover the Raptor IV during the seconds she is most exposed: committed to a Scourgechain anchor, mid-tether against a counter-pulling prey, or hot-engined and turning under burst-acceleration. In those instants the Manul intercepts the priority threats that enemy doctrine would otherwise throw into exactly those windows. The Johnston-class flies the same play. The Raptor IV flies it for the same reason.

She is not subtle. She is not flexible. She is not safe at range, she is not safe alone, and she is not safe to her own escorts during the kill. She does one thing — and the Commonwealth Naval Engineering Bureau has decided that the galaxy can stand to learn what that one thing is.

The Raptor IV's doctrinal designation within Commonwealth fleet operations is Raptor Doctrine: disrupt, isolate, destroy. She operates as a standalone strike element, vectored against a single high-value target by formation partners who provide her with the SIGINT, screening, and fire support she pointedly does not build into herself. The Fortan V handles her intelligence picture. The Conyers III designates her prey. The Tempest IV anchors the line she breaks. And when she has hooked her chosen target and committed to the kill, she does what every Raptor before her has done, in different language across three generations:
Get over here.​

Deck Layout

Decks 1–3 | Command & Forward Observation (dorsal superstructure)

  • Deck 1 — Main Bridge with panoramic forward sensor integration. Integrated Combat Information Center tied directly to the Helion Data Core Matrix. Forward-facing for attack-run visibility, with the bridge structurally positioned to give the commanding officer the same view the Shredfire arrays will fire through. Emergency helm override and command access terminals. Auxiliary bridge access on Deck 2 for redundancy.
  • Deck 2 — Auxiliary Bridge and Combat Information Center secondary node. Tactical operations stations, Ariadne ECM relay, formation datalink suite (Conyers III / Fortan V / Tempest IV sensor-sharing nodes). The Raptor IV's externalized strategic picture flows through these terminals. Captain's wardroom and senior officer briefing space.
  • Deck 3 — Observation gallery and tactical holotank. Officer mess and strategic planning chamber. Emergency lifeboat deployment corridor running dorsal-aft.

Decks 4–7 | Forward Weapons Suite (the prow blade — these decks span the full forward length of the hull)

  • Deck 4 — Shredfire Forward-Dorsal Battery Control. Four of the eight Shredfire scatter arrays mount through this deck. Twin-barrel array housings, payload-mode selection consoles (Brimfire/Ionflash/Cryocleave/Breakerbolt), capacitor pre-charge management, and the thermal trunking into the FRIES-IV system. Armored magazine compartments for plasma payload reserves. Crews refer to the deck as the Upper Bark.
  • Deck 5 — Forward Targeting & Fire Control. TCSX Strikeveil suite control nexus, Vanguard-GTS targeting integration, Scourgechain pathing prediction systems, and the integrated weapons grid coordinator. This is the deck that decides where the chain goes and what the Shredfire eats. Linked directly to the Bridge above and the Scourgechain magazine below.
  • Deck 6 — Shredfire Forward-Ventral Battery Control. The lower four scatter arrays. Mirror of Deck 4. The Lower Bark. Lower ceiling height than Deck 4 due to the prow taper; crews report it as the cramped deck.
  • Deck 7 — Forward Heavy Gravity Hook Battery. The two prow-mounted Heavy Gravity Hooks (the lineage legacy system retained from the Raptor II and Talon III). Repulsor-controlled launch cradles, field disruptor emitters, tensor field generators, and the boarding-harpoon-style firing geometry inherited from the original. The four broadside Heavy Gravity Hooks mount through Decks 11-12 (broadside flanks).

Decks 8–10 | Scourgechain Battery & Magazine (midship dorsal-flank)

  • Deck 8 — Gravehand Port Emplacement. The first of the Raptor IV's two Gravehand systems. Four Corusca-lined physical chains in their reusable launch cradles, with servo-hydraulic articulation arms, repulsor-driven launch mechanisms, the chain-arm retraction systems, and the G-Force Control Grid interface for the port side. The deck houses the Repulsor Constriction Web emitters that lock targets against the port flank, the Tensor Field Microburst Cannon launchers, and the Field Disruptor Emitter array. Crews refer to the deck as the Port Grip.
  • Deck 9 — Gravehand Central Coordination & Chain Service Bay. The central deck between the two Gravehand emplacements houses the shared coordination systems: the G-Force Control Grid master interface, the Pulverize Mode pulse rhythm coordinator, the redundant inertial dampener arrays, the Localized Gravity Sink emitters, and the Tethered Gravity Well projectors. The deck also serves as the chain service bay — where the eight Corusca-lined chains are inspected, claw mechanisms are serviced, and field disruptor emitters are calibrated between engagements. Crews refer to the deck as the Hand itself.
  • Deck 10 — Gravehand Starboard Emplacement. Mirror of Deck 8. Four Corusca-lined chains, four launch cradles, mirrored G-Force Control Grid interface for the starboard side. The Starboard Grip. The structural symmetry across Decks 8-10 is what gives the Raptor IV her grappling envelope — the kill geometry is built into the ship.

Decks 11–12 | Broadside Battery & Armored Flanks

  • Deck 11 — Port Broadside Battery. Two Heavy Gravity Hooks (port broadside), three of the Hawkthorne II ion cannons, four of the Tojil II turbolasers, and the secondary point-defense management for the port side (Thunderbolt II rotaries, Covenantor II flak drivers). The Reinforced Forward Shield Arc emitters mount through the forward edge of this deck.
  • Deck 12 — Starboard Broadside Battery. Mirror of Deck 11. Two Heavy Gravity Hooks (starboard broadside), three Hawkthorne II ion cannons, four Tojil II turbolasers, secondary point-defense management. The structural symmetry across Decks 11-12 is what gives the Raptor IV her broadside-presenting profile during the lunge.

Decks 13–15 | Armored Prow & Forward Defensive Systems

  • Deck 13 — Armored Prow Structure. Reinforced bow section with the heaviest concentration of AR-0B plating and structural bracing on the ship. Integrated forward shield projection node — the dedicated emitters for the Reinforced Forward Shield Arcs that make the Raptor IV's forward defenses materially stronger than her broadside or aft. The structural commitment to the lunge is in this deck.
  • Deck 14 — Forward Point Defense Control. Ironfang rotary HVC inner CIWS layer, concentrated around the magazines and the forward engagement arc. Hedgehog counter-ordnance VLS cell management. The deck is the last-ditch ring against missile and torpedo strikes during the run-in.
  • Deck 15 — Anti-Ion Mesh Distribution Hub. The Faraday cage shielding, capacitive buffers, and discharge drains route through this deck. Critical electronic systems on Decks 4-14 above are protected via the mesh distributed from this hub. Lineage hardening inherited and refined from the Raptor II — and the Raptor II's original anti-ion mesh was the precedent for this entire architectural pattern.

Decks 16–19 | Three-Reactor Engineering Core (midship — the deep section)

  • Deck 16 — Trinity Core Reactor. Primary reactor containment, radiation-hardened with rotating staff stations. ElectroFrost regulation system, Arbalest capacitor linkage, and core coolant trunking into the FRIES-IV thermal management network. This is the deck that feeds the ship.
  • Deck 17 — Blackwake Core (Doubled Configuration) — Combat Surge. The supplemental reactor in its doubled-capacity combat-tuned configuration. This is the deck that feeds the kill. Shredfire pre-charge capacitor draw, Scourgechain recoil-recovery cycles, and burst-acceleration overdraw all route through Blackwake. The doubled configuration is the architectural answer to the question every Raptor before her asked and never fully solved: how does the predator close, anchor, and execute without burning through her own reactor in the process. Armored containment with the heaviest internal blast doors on the ship outside the Scourgechain magazine.
  • Deck 18 — Kestrel Core (Load-Shedding Auxiliary). The auxiliary supplemental reactor takes weight off Trinity and Blackwake during sustained engagement, preserving combat-surge reserve. Also handles the sensor and data-processing power load for the Helion Data Core Matrix and TCSX Strikeveil systems above. Smaller chamber than Trinity or Blackwake; engineering crews refer to the deck as the relief valve.
  • Deck 19 — Power Routing & Thermal Distribution. The FRIES-IV Modular Suite, Crystal-Integrated Harmonic Regulator, Aether-IX integration nodes, and the power distribution arbitration network that decides — moment by moment — how Trinity, Blackwake, and Kestrel are loaded against the demands of weapons, shields, propulsion, and EW. The Icarus Maneuvering Array micro-thruster nodes interface here. Heat dissipation arrays and emergency reactor venting access.

Decks 20–21 | Shield Generators & Defensive Systems Distribution

  • Deck 20 — Primary Shield Generator Bay. Rampart Shield Matrix core, Phalanx Adaptive Shield Matrix, Ballista Shield Array, and Sentinel Defense System grid in a protected midship band. The Reinforced Forward Shield Arc dedicated emitters route from here forward to Deck 13.
  • Deck 21 — Secondary Shield & Russ Suite Emergency Redundancy. Vitralis Reflex Shield Generator, Boudica Kinetic Deflector, Crystalamnium Mesh + Crystaplast Shell emitters, Russ Suite (the full emergency redundancy stack with the dual-deflector ray/particle generator, regenerative reinforced generator, ion shield generator, and the emergency capacitor boost system). Tauros Defensive Suite capacitor bays and Arbalest emergency surge buffer.

Decks 22–23 | Sensors, SIGINT, Targeting & Internal Defense

  • Deck 22 — Sensor & SIGINT Bay. TCSX Strikeveil processing nexus, ECMX Ghostspike anti-spoofing, SPX Aetherveil (trimmed) long-range arrays, MIMIR Echojam suite control, and Black Vigil Protocol Stack cyberdefense. The forward-biased combat sensor array processing core lives here, and is deliberately under-equipped compared to Conyers III or Fortan V — the Raptor IV's strategic picture is externalized by design.
  • Deck 23 — Internal Defense Management & Vanguard-GTS Integration. The full internal defense grid (retractable auto-blasters, Turadium barriers, war-droid deployment caches, biometric security, laser grid emergency deployment, mass sensor plating). Vanguard-GTS Targeting Suite primary processing. Communications encryption suite. Ariadne ECM Assistant node.

Decks 24–25 | Manul Berth, Ordnance Reserve & Logistics (ventral-forward)

  • Deck 24 — Manul-Class Escort Fighter Berth. Single-craft hangar with combat-ready docking apparatus, guidance beacons, recovery alignment systems, crash-netting deployment, and the maintenance support suite. Ventral-forward placement — the Manul launches into the engagement arc rather than into the wake, deploying to cover the Raptor IV's exposed seconds during Scourgechain anchor commitment, mid-tether, or burst-acceleration reposition. The berth has its own dedicated ordnance loadout reserve and a small attached pilot ready room. The Manul launches forward because the Raptor IV's vulnerability faces forward.
  • Deck 25 — Ordnance Reserve & Cargo. Gravehand chain replacement reserves (the chains are reusable but not indestructible, and the Raptor IV carries spare Corusca-lined chain assemblies for combat replacement), Shredfire payload reserves, missile and torpedo reserves for the Ovmar II and Hedgehog systems, and the ship's primary cargo hold. Cargo is biased toward ordnance reserve and weapon spares over general stores. Armored transport elevators feed the active emplacements on Decks 4, 6, 8, 9, and 10. Small armory and security checkpoint for the marine complement.

Decks 26–27 | Crew Quarters, Medical & Life Support

  • Deck 26 — Crew Quarters & Operations. Enlisted bunk pods and senior NCO quarters, mess hall, recreational space, water recycling, and crew services. Officer staterooms (mid-tier and senior) with attached briefing rooms. Crew complement scaled to operate the three-reactor architecture, the Scourgechain handling systems, and the integrated sensor/EW suites. The Captain's cabin is small and utilitarian, consistent with the Yvarro design tradition. Lounge 26 serves as the informal gathering space — predator crews are notoriously close-knit, and the lounge culture reflects it.
  • Deck 27 — Medical Bay & Life Support. Compact medical bay with surgical and trauma suites, overflow triage ward (sized for combat losses, not peacetime), med droid interface and support network, damage-stabilization support cradle, isolation/quarantine chambers, cryogenic stasis pods (limited count), battlefield stabilization station, and emergency medivac support. Life support integration node with atmospheric scrubbing and environmental control. Psychological services module — a Yvarro design tradition since the original Raptor I, which the family has preserved across every generation.

Deck 28 | The Missing Scale (aft taper — structural ventral layer)

  • Deck 28 — Drive Section & Aft Structural Layer. Twin Treadshock-XS Ion Engines and their endurance-tuned thrust nacelles, drive control stations, emergency coolant purge access, hull-stress sensors, last-ditch thermal dispersal grids, and the inertial compensator nodes for the burst-acceleration override. The deck is deliberately under-specified compared to the rest of the ship. Aft armor is thinner. Internal compartmentalization is sparser. Point defense coverage is limited to the Thunderbolt II rotaries and the rear-arc Ovmar II missile interceptors mounted ventrally. The Aft Threat Prioritization Matrix surfaces stern contacts to the bridge with priority routing, but the matrix cannot manufacture armor where none exists.
 

Out Of Character Info

Intent: To modernize the Raptor lineage for the Imperial Commonwealth of Dosuun.
Image Source(s): https://chatgpt.com
Canon Link: N/A
Permissions: Solarium Glasteel
Primary Source(s):

Talon III-type Assault Frigate (x) | Raptor II-class Assault Frigate (x) | Raptor-class Assault Frigate (x

Technical Information

Affiliation: Imperial Commonwealth of Dosuun
Model: CNC-HBR4-M1 "Raptor"
Starship Class: Frigate (200-500m)
Starship Role: Gunship
Modular: No
Material: Durasteel Reinforced Crystalamnium Hull Reinforced Duraplast with Latticed Crystaplast Liner Gravmire Gel x2 Liner Reinforcement 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 + Reactive Polyfoam Buffer [Composite Hull System + High Internal Shock Absorption] Judicant Composite [Force Resistance & EMP-Resistance]
Armaments: 2× Gravehand-type Close Combat Systems[Forward-mounted twin emplacements; Personal-range capture-and-crush; Corusca-lined chains with plasma-cutting claws, repulsor-driven vector locks, and tensor field microburst cannons]

Each Gravehand fields four reusable Corusca-lined physical chains for a combined ship-total of eight chains
Multi-stage grip sequence: chain launch → anchor lock → hull bite → tensor pull → crushing phase
Optional payload modes per chain: flechette injector tips, EM-pulse nodes
Integrated Repulsor Constriction Web, Tensor Field Microburst Cannons, Field Disruptor Emitters, Localized Gravity Sink, G-Force Control Grid, Tethered Gravity Wells, and Pulverize Mode

8× Shredfire-type Scatter Arrays[Twin-barrel convergent discharge; 4 forward-dorsal, 4 forward-ventral; fixed forward-biased arcs]

Scatter-6 and Scatter-12 firing modes
Brimfire, Ionflash, Cryocleave, and Breakerbolt payload modes

8× Tojil II-type Heavy Turbolaser Batteries [Forward dorsal/ventral; close-range brawling support for the Scourgechain commitment window]
6× Hawkthorne II-type Ion Cannons [Forward-broadside layered; shield-stripping during the run-in]
8× Ironfang-type Rotary Hypervelocity Cannons [Inner CIWS layer concentrated around engines, magazines, and aft retreat arcs]
12× Thunderbolt II-type Rotary HVCs [Distributed midline and aft point defense]
6× Covenantor II-type Flak Driver Cannons [Dorsal/ventral, anti-strikecraft saturation]
8× Ovmar II-type Defensive Missile Systems [Recessed silos, long-range missile intercept]
4× Hedgehog-type Counter-Ordnance Systems [Recessed VLS cells, intercept bubbles]
Defense Rating: High
Speed Rating: Average
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: 170
Optimal Crew: 380
Passenger Capacity: 30
Cargo Capacity: Average
You must log in or register to reply here.

Users who are viewing this thread

Total: 2 (members: 0, guests: 2)
Top Bottom