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Unreviewed Stargazer II-class, Research Station

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

Ethanael Halscott

Architect
Ethanael Halscott
Character Bio
Stargazer II-class, Research Station
Scientific Hub

Stargazer-II.png
​

OUT OF CHARACTER INFORMATION
  • Intent: To modernize the legacy Kleve- and Stargazer-class science stations into a new semi-unique research platform for the Commonwealth, built from already-approved Commonwealth systems.
  • Image Source: Blogspot (x) ChatGPT (x)
  • Canon Link: N/A
  • Permissions: Solarium Glasteel | Thunderbolts, Prowlers
  • Primary Source: Kleve, Stargazer I
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
    • Emergency shield and life-support management suites
    • Emergency command operations center
    • Escape pod control and ejection system management
    • Automatic failsafe, containment, and isolation management
    • Arbalest Capacitor System integration for burst-power stabilization
  • Stationkeeping & Navigation Systems
    • Stationkeeping control and positional-hold suite
    • Sublight and impulse power management
    • Attitude, vector, and repulsorlift positioning control systems
    • Sector traffic-control and approach-coordination systems
    • FleetNet-linked navigational synchronization
  • Engineering & Power Management
    • Primary and secondary power management control suites
    • Trinity-core control, disengagement, and load-balancing systems
    • Blackwake capacitor-cycling and surge-buffering control
    • Amun Core intake regulation and Solar Ionization Reactor pathway integration
    • Core coolant management and safety containment suites
    • Amduat-integrated thermal regulation and strain monitoring
    • FRIES-IV emergency thermal reroute control
    • Hazard and damage control management suite
    • Tractor / pressor beam control systems
    • Safety management suite
  • Communications Systems
    • Encrypted short-range and fleet communications suites
    • Hyperwave communications and encryption layer
    • Fleet data-exchange and relay management
    • FleetNet node + AI-assisted data routing
    • Standard communications management hub
  • Tactical & Security Systems
    • Tactical computer-assisted targeting and rangefinding (point-defense only)
    • Weapons control, reload management, and munition handling
    • Shield monitoring, conversion, and containment systems
    • Internal security monitoring and compartmental lockdown systems
    • Redundant shield management systems
  • Sensor & Navigational Systems
    • Multi-directional long-range sensor arrays
    • Navigational and hyper-navigational sensor systems
    • Starship signature identification systems
    • Planetary and lifesigns identification systems
    • FleetNet tactical data reception and distribution systems
  • Hangar & Carrier Operations Systems
    • Starfighter traffic, launch-sequencing, and recovery control systems
    • Diagnostic, repair, and refueling systems for embarked craft
    • Crash-hangar damage-control systems
    • Utility shuttle and survey-tender deployment and recovery systems
  • Logistics & Servicing Systems
    • Internal repair slips servicing shuttle- and escort-scale vessels
    • Cargo, loading, and bulk-storage bays
    • Fuel, consumables, and sample-storage depots
    • Fabrication and machinist workshops
  • Habitation & Commercial Systems
    • Habitation rotundas and long-duration crew/researcher quarters
    • Promenade, commercial concourse, and licensed-vendor facilities
    • Mess, recreation, and wellness facilities
    • Environmental and circadian regulation systems
  • Medical Systems
    • Primary medical bay with surgical and trauma capability
    • Secondary sickbay and overflow triage ward
    • Intensive care unit and isolation chambers
    • Biohazard containment and quarantine suites
    • Automated medical diagnostics and imaging systems
    • Psychological services and counseling
    • Life-support integration and patient monitoring systems
ADVANCED SYSTEMS
STRENGTHS
  • Two Generations of Lessons: The Stargazer II inherits the science mission of the original Kleve and the survivability instincts of the first Stargazer — and retires the flaws of both. The original Stargazer was undone by two things: an unstable single-point reactor and chronic overheating that forced timed cooldowns and handed attackers a window. The II answers both directly. A distributed Trinity-core plant — primary reactor backed by Blackwake auxiliary cores — removes the catastrophic single failure point, letting the station shed and reroute power under damage rather than die with its reactor. And the heat that once crippled the line is now the job of a dedicated Commonwealth thermal architecture: the Amduat Thermal Regulation Network as the primary continuous-load system, with FRIES-IV for emergency reroute, so the observatory and sensor arrays can run at full draw indefinitely without ever exposing a seam to cool down. Layered over that backbone is the Commonwealth's proven self-defense shield spine — Rampart, Phalanx, Ballista, Semira II, Vitralis, and Boudica — the Leyte ablative system, the Crystal-Integrated Harmonic Regulator guarding against force-resonance and energy destabilization, and a dense Ironfang/Hedgehog/flak point-defense screen. It is a science station that can take a hit, ride out a raid, and keep its people and its data intact until the fleet arrives.
  • A Harbor for the Work: The station's purpose is research, and everything about it serves that end. Its Testudo Guardian Matrix throws the station's own shield envelope over craft physically moored to it — survey tenders, couriered samples, a patrolling escort putting in to rearm — so that anything berthed at the Stargazer II shelters under its protection like ships in a harbor. Inside, the II restores the full institutional richness the science mission deserves: tiered laboratory decks across astrophysics, life sciences, and materials research; full biohazard containment; a deep-space observatory suite; sample-preservation vaults; and a high-capacity computation cluster for survey processing — wrapped around habitation rotundas, a commercial promenade, and a complete medical complex for the researchers and crew who live aboard.
  • Built for the Light It Studies: The Stargazer II is meant to be parked where there is something to watch — in close orbit of a star, a stellar phenomenon, or an active system the Commonwealth wants eyes on. That siting turns the Amun Core's one real limitation into a permanent advantage. On a maneuvering warship the Amun Core's output falls away the moment the ship leaves stellar proximity; bolted into a fixed observatory station bathed in ambient stellar radiation, it harvests continuously, feeding supplemental energy into the station's reactor pathways and smoothing the heavy, sustained power draw of deep-survey sensor work. The station does not merely tolerate sitting in a star's glare — it runs better for it. At the rim of a five-sun system like Quintarad, the effect is at its most extreme: the station drinks from an abundance of stellar radiation no single-star posting could match.
WEAKNESSES
  • It Cannot Run, and It Is Not Built to Fight: The Stargazer II has no hyperdrive, Very Low speed, and Very Low maneuverability. Its armament is Low and its defenses only Moderate — every gun it carries points inward at its own survival, with no standoff weapons, no capital batteries, and no capacity to project force at anything. It is a research installation that can survive a raid or a probing strike, not a battle. Against a committed warship or a determined assault it cannot win and cannot withdraw; it can only endure and call for help.
  • It Relies on the Commonwealth to Come for It: By deliberate design, the Stargazer II outsources its survival to the rest of the Commonwealth. It carries no fleet-projection shields, no anchor-doctrine relay, and only a token four squadrons of defensive fighters — because these stations are sited inside sovereign Commonwealth territory, under the watch of the home fleet, the Galidraan III anchor stations, shield ships, and the heavier defensive platforms built for exactly this purpose. That is the bargain: the Stargazer II is cheap to defend because it is never meant to defend itself alone. Sited beyond easy reach of that protection, isolated, or caught in a system the Commonwealth has lost control of, the station becomes precisely what it looks like — a large, slow, intelligence- and research-rich prize that cannot run, cannot fight back, and depends entirely on a relief that may not come in time.
  • It Lives in Dangerous Light: The very siting that makes the station valuable makes it vulnerable. A research platform parked on the rim of a five-sun exclusion zone, inside a nebula, or at the edge of an impassable corridor sits in an environment that is itself a hazard — radiation, gravitic stress, and unpredictable stellar activity that the station must endure continuously even with no enemy present. Its radiation hardening and thermal architecture are built precisely for this, but the margin is finite: a severe stellar event, a shift in an anomaly it was placed to study, or a failure in the systems holding that environment at bay threatens the station as surely as any attacker. It is asked to live in the dangerous places so that the Commonwealth's scientists do not have to guess about them.
DESCRIPTION
The Stargazer lineage has always been a question of what to do with an old idea. It began as the Kleve — a First Order science station built beside the singularity that gave it its name, a place where data was exchanged, minerals catalogued, and new theories chased, with the science mission given priority over every other function. The first Stargazer answered the Kleve's fragility with armor, growing into a near-three-kilometer Sith-Imperial fortress that did science between gun drills and paid for it in heat, instability, and a reactor its own crews did not entirely trust. The Stargazer II answers both. It is, once more, a science station first — but a Commonwealth one, built from Commonwealth parts, to Commonwealth doctrine, and at last freed from the flaws that haunted the hulls it descends from.

The registry of the class is deliberately incomplete. Hull 01 is reserved in perpetuity for the ICSRH Kleve — a name carried back across three generations to the original First Order science station beside the singularity Quintas, the vessel from which this entire lineage descends. The Kleve is to be seated on the rim of the Quintarad Exclusion Zone, a five-sun system the Commonwealth has never determined how to use and cannot safely transit: a place dangerous enough to be sealed and strange enough to be worth a permanent eye. No station should bear that name lightly, and so the first number waits for it. The five production hulls take their places in its wake, each named for an observer of the heavens and each posted to something worth observing. ICSRH Leavitt, registered 02, anchors in the Red Nebula within the Crown Sector itself, the nearest of the class to the capital and the safest, doing the foundational stellar work its namesake pioneered. ICSRH Rubin, registered 03, watches the dense northern star field of the New Kaldwin Sector. ICSRH Jemison, registered 04, sits at the eastern frontier in the Zola Sector, its eyes turned outward past the territory's edge. ICSRH Cassini, registered 05, surveys the Lanteeb approach along the Crimson Spine, keeping watch over the same frontier the Commonwealth's settlers have begun to claim. And ICSRH Lyra, registered 06, holds the edge of the Obsidian Corridor, charting the impassable so that others may route safely around it. Six stations, scattered across the worlds and wonders the Commonwealth means to understand — and one name held empty, waiting for the system that started everything.

At 2,200 meters it is deliberately smaller than the warfort it replaces: large enough to house a serious research community and a full observatory apparatus, modest enough that it never pretends to be a capital installation. Its power architecture is borrowed wholesale from the Commonwealth's proven station designs and then tuned for the science mission. The primary plant is a station-scale Trinity Core Reactor, backed by Blackwake auxiliary cores that cycle capacitors and buffer surges — a distributed arrangement chosen deliberately to retire the original Stargazer's most dangerous flaw, the single unstable reactor that could take the whole station with it. The II can shed and reroute power between cores under battle damage instead. Supplementing that plant is the Amun Core, a Commonwealth-original stellar-radiation harvesting system that feeds converted ambient energy into the station's Solar Ionization Reactor pathways. It is not a reactor and never pretends to be one — it improves efficiency and smooths power during heavy sensor and shield demand — but on a station parked in a star's light it works at its best, harvesting continuously where a passing warship only sips. Stationkeeping falls to a Destron-XR ion engine array asked to do nothing more than hold position and make slow, deliberate adjustments, because holding position is the entire point.

The heat all of that generates is the responsibility of the Amduat Thermal Regulation Network, and here the generational story is most clearly told. The original Stargazer's defining weakness was overheating: systems that needed timed cooldowns, arcs that opened windows for attackers, a station that could be waited out. Amduat closes that window as the primary continuous-load thermal system, dispersing and rerouting the heat of laboratories and observatory arrays that run hot by nature, with the FRIES-IV suite held in reserve for emergency reroute and the Crystal-Integrated Harmonic Regulator dampening the energy-destabilization and force-resonance surges that a high-value target full of researchers might otherwise face. The work never has to stop, and the station never has to expose a seam to cool down.

What the Stargazer II does not carry is as deliberate as what it does. It has no anchor-doctrine shield relay, no fleet-projection envelope, no Shardana node throwing protection across a formation in open space. That role belongs to other Commonwealth assets — the Galidraan III anchor stations, the shield ships now entering service, the heavier defensive platforms still on the drawing board, and above all the home fleet, which is expected to reach any threatened station quickly because these installations are sited inside sovereign Commonwealth space by design. The Stargazer II's one outward-facing defensive provision is modest and honest: the Testudo Guardian Matrix extends the station's own shield envelope over craft physically moored to it, so that a survey tender, a sample courier, or a patrol escort putting in to resupply shelters under the station's bubble the way a ship shelters in harbor. It is protection for those who come to the station, not a wall thrown out over a battle line. Everything else in the defensive fit is for the station's own skin: the proven Rampart-Phalanx-Ballista-Semira II-Vitralis-Boudica shield spine, the Leyte ablative system for the hardening a vessel that cannot dodge desperately wants, the Hekakles and Judicant composite hull for force and EMP resistance, and a dense close-in screen of Ironfang rotary cannons, Hedgehog counter-ordnance, Covenantor II and Valencia II flak drivers, and Ovmar II interceptors. There are no standoff weapons and no offensive batteries of any kind. The station can survive a raid; it cannot prosecute one.

The point of all of it is the work. The Stargazer II restores the institutional depth the Kleve first promised and the warfort Stargazer crowded out: tiered laboratory decks spanning astrophysics, particle and theoretical physics, xenobiology and the life sciences with full containment tiers, and geological and materials analysis; a multi-spectrum deep-space observatory suite and stellar-cartography arrays; cryogenic and atmospheric sample-preservation vaults; and a high-capacity computation and data-archive cluster for processing the surveys that are the station's reason to exist. Around that scientific core lives a genuine community — habitation rotundas and long-duration quarters, a commercial promenade and licensed vendors, mess and recreation and wellness spaces, and a complete medical complex with surgical capability, biohazard containment, and counseling for the researchers and crew who spend long postings aboard. Four squadrons of defensive fighters fly patrol from its bays, screened by a single Prowler electronic-warfare squadron, and four squadrons of support craft — Scryver repair drones and Remora tenders — keep the station and its survey work running. Internal defenses, biometric security, and the standard Commonwealth war-droid and lockdown provisions guard against boarding and intrusion, the one threat a research station full of valuable data and irreplaceable people genuinely cannot afford to ignore.

Used as intended, the Stargazer II is the Commonwealth's eye on its own frontier and its own wonders: a place where its scientists do their work in safety, deep inside protected space, with the fleet a short jump away and a harbor's shelter for anything that docks. Used carelessly — sited too far forward, left isolated, or caught in a system slipping out of Commonwealth hands — it is a slow, valuable, lightly armed target that was never built to save itself. The Commonwealth builds them on the first assumption and guards them accordingly, and the Stargazer II is, in the end, exactly what its lineage always wanted to be: a station that does science first, and trusts someone else to hold the line.

DECK LAYOUT
  • Decks 1–30: Crown Observatory & Sensor Apex (uppermost structure)
    • Primary deep-space observatory deck — open-aperture multi-spectrum array, Solarium Glasteel-shielded
    • Stellar-cartography and astrometric plotting suites
    • Astrophysics and stellar-phenomena monitoring decks [siting-specific: stellar, nebular, or anomaly watch]
    • SCX Navicor and primary sensor-array control nodes
    • Bluford sensor-suite management and signal-processing decks
    • Findings-collation and observation-records archive [primary intake]
    • Senior research directorate, principal investigators' offices & conference suites
    • Emergency observatory shutter and aperture-hardening control
  • Decks 31–70: Laboratory Tiers — The Working Decks
    • Astrophysics, particle, and theoretical-physics laboratories
    • Xenobiology, exobiology & life-sciences laboratories [tiered biohazard containment, ascending]
    • Geological, mineralogical & materials-science analysis bays
    • Cryogenic and atmospheric sample-preservation vaults [Doonium-Infused Impervium containment]
    • High-capacity computation cluster & secure data-archive
    • Quarantine and isolation laboratory ring [hard-sealed, independent life support]
    • Specimen-handling, decontamination & secure-transit corridors
  • Decks 71–95: Defensive Direction & Shield Management
    • Rampart / Phalanx / Ballista / Semira II / Vitralis / Boudica shield-matrix control nodes
    • Testudo Guardian Matrix control [harbor-coverage envelope management — moored-craft protection]
    • Leyte ablative-system zonal control & emergency hardening
    • Tauros Defensive Suite control [cap drains, socket guards, de-ionizers]
    • Ariadne / ERES-88 electronic-defense suite
    • Point-defense fire-direction nexus [Ironfang, Hedgehog, Covenantor II, Valencia II, Ovmar II]
    • Phantom jammer & IFF-confuser concealment control
  • Decks 96–230: Central Habitation Ring — The Lived Station (broad mid-section)
    • Habitation rotundas & long-duration crew and researcher quarters [tiered, rotational]
    • Transient-scholar and visiting-researcher billets [high-turnover wing]
    • Commercial promenade, licensed-vendor concourse & civilian transit facilities
    • Distributed mess halls, recreation, wellness & decompression spaces
    • Primary medical complex: surgical suites, ICU, triage, isolation & quarantine
    • Psychological services & counseling
    • Environmental and circadian regulation hubs
    • Internal security command, biometric control & rapid-response stations
    • Sector traffic-control & approach-coordination center
  • Decks 231–290: Hangar Ring & Flight Operations (radial bays)
    • Primary launch & recovery bays [8-squadron capacity]
    • Aegis / Thunderbolt defensive-fighter staging & maintenance
    • Prowler electronic-warfare dedicated bay
    • Support-craft bays [Scryver repair drones, Remora survey tenders, sample couriers]
    • Flight traffic control & launch-sequencing
    • Diagnostic, refueling & maintenance bays for embarked craft
    • Crash-hangar damage-control suites
  • Decks 291–330: Logistics & Servicing Tier
    • Internal repair slips [shuttle- and escort-scale vessels]
    • Cargo, loading & bulk-storage bays
    • Fuel, consumables & sample-storage depots
    • Fabrication and machinist workshops
    • Resupply and rearmament handling for the defensive wing
  • Decks 331–375: Engineering & Power Core (central spine)
    • Trinity Core Reactor [primary station-scale plant, heavily shielded]
    • Trinity Core Blackwake auxiliary cores [capacitor cycling & surge buffering]
    • Amun Core stellar-harvesting array & Solar Ionization Reactor pathway integration [hull-perimeter collectors]
    • Amduat Thermal Regulation Network — primary heat-dispersal manifold
    • FRIES-IV emergency thermal-reroute control
    • Crystal-Integrated Harmonic Regulator housing
    • Arbalest capacitor banks & surge distribution
    • Core coolant management & safety-containment suites
    • Destron-XR ion engine array & stationkeeping control [spine base]
  • Decks 376–400: Keel & Survival Systems (lowermost structure)
    • Backup control hubs & tertiary command redundancy
    • Emergency command operations center
    • Escape-pod network & routing control
    • Redundant life support & emergency power capacitor systems
    • Structural reinforcement & mass-dampening zones
    • Damage-control reserves & automated bulkhead systems
    • Maintenance crawlways & keel access
 

Out Of Character Info

Intent: To modernize the legacy Kleve- and Stargazer-class science stations into a new semi-unique research platform for the Commonwealth, built from already-approved Commonwealth systems.
Canon Link: N/A
Permissions: Solarium Glasteel, Prowlers + Thunderbolts
Primary Source(s):

Kleve, Stargazer I

Technical Information

Affiliation: Imperial Commonwealth of Dosuun
Model: VAISC-RSO / Stargazer-class MKII
Starship Class: Other
Starship Role: Research
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 + Judicant Composite [Composite Hull System +Force Resistance & EMP-Resistance]
Armaments: 72x Ironfang-type Rotary Hypervelocity Cannons — primary hull-integrated close-in defense

60x Hedgehog-type Counter-Ordnance Systems — final-phase flak intercept

48x Covenantor II-type Flak Driver Cannons

48x Valencia II-type Flak Driver Cannons

36x Ovmar II-type Defensive Missile Systems — smart counter-missile interception
Defense Rating: Average
Speed Rating: Very Low
Maneuverability Rating:: Very Low
Energy Resist: Average
Kinetic Resist: Average
Radiation Resist: High
Other Resistance(s):

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

Minimum Crew: 8000
Optimal Crew: 14000
Passenger Capacity: 6000
Cargo Capacity: Large
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