Work In Progress Revised Templates

[Braze]

GUARDIAN MOTES​

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OUT OF CHARACTER INFORMATION

• Intent: To submit tiny shield droids for protecting assigned targets.
• Image Source: LINK HERE
• Canon Link:
  
  Spoiler

  • Shield Generator Droid – Floating droid shield precedent.
  • Remote – Small hovering droid precedent.
  • Remote viewer – Tiny repulsorlift sensor unit precedent.
  • Photoreceptor – Droid visual sensor precedent.
  • Droid brain – Droid processing hardware precedent.
  • Repulsorlift – Hover movement precedent.
  • Deflector shield generator – Shield projector precedent.
  • Comlink – Communication link precedent.
  • Identification Friend or Foe transponder – Target identification precedent.
  • Power cell – Compact power source precedent.
  • Droid singularity projector – Specialized droid component precedent.
• Permissions: N/A
• Primary Source: N/A

PRODUCTION INFORMATION

• Manufacturer: Star Bazaar : Emporium of Everything | Braze - Character Bio
• Affiliation: Braze
• Market Status: Closed-Market
• Model: Guardian Motes
• Modularity: No.
• Production: Mass-Produced
• Material: Miniature spherical droid chassis, photoreceptor lenses, micro-repulsorlifts, compact shield projectors, simple droid brains, comlink hardware, IFF transponders, power cells, droid singularity projector components, and basic control circuitry.

TECHNICAL INFORMATION

• Classification: Fourth Degree
• Weight: Extremely Light
• Height: Extremely Small
• Movement: Repulsorlift
• Armaments: N/A
• Misc. Equipment: Compact shield projectors, photoreceptor lenses, comlink hardware, IFF transponders, power cells, and basic target-link programming.
• Resistances:
  • Energy: Low
  • Kinetic: Low
  • Lightsabers: None
  • Other: Very Low against Ion/EMP and Sonic damage.

SPECIAL FEATURES

• Guardian Mote Design: Each mote is a tiny spherical droid with several small lenses and a compact shield projector.
• Linked Shielding: Multiple motes can link together to form a stronger shared shield.
• Hover Movement: The motes use micro-repulsorlifts to float near assigned targets.
• Target Linking: The motes can follow approved wristcoms, bracers, helmets, targeting systems, or IFF signals.
• Hive Coordination: The motes use simple shared programming to hold formation and maintain coverage.

STRENGTHS

• Protective Swarm: Multiple motes can link together to form a stronger shield.
• Mobile Cover: The motes can hover with the protected target.
• Target Linked: The motes can follow linked signals from approved devices.
• Redundant Numbers: Losing one mote weakens the shield, but the remaining motes can continue operating.

WEAKNESSES

• Small Frames: The motes are tiny and lightly built; direct hits, crushing force, shrapnel, or rough impacts can disable them.
• Swarm Loss: The shield weakens as motes are destroyed, separated, jammed, or forced out of formation.
• Signal Dependent: Jamming, slicer interference, sensor clutter, or damaged linked devices can disrupt target tracking and coordination.
• Shield Overload: Heavy weapons, sustained fire, ion damage, EMP, or concentrated attacks can collapse the shared shield.

DESCRIPTION
The Guardian Motes are tiny spherical shield droids made by Braze for protection work. They float near assigned targets and link together to project a shared shield.

The motes are meant to protect civilians, medics, evacuees, escorts, and approved personnel during dangerous movement. They can be paired with wristcoms, bracers, helmets, targeting systems, or IFF signals so they know who to follow and shield.

 

[Braze]

OUT OF CHARACTER INFORMATION

• Intent: To create a naturally occurring gravitic mineral for Centerra, explaining its floating landmasses, massive cavern systems, unusual gravity conditions, and specialized construction materials without making it a radioactive isotope-5 substitute or portable anti-gravity fuel.
• Image Source: AI generated reference images by Chaos Cat / Braze through ChatGPT.
• Canon Link: Isotope-5 — inspiration and geological comparison only; Atherium is not isotope-5.
• Permissions: N/A
• Primary Source: N/A

PRODUCTION INFORMATION

• Manufacturer: Naturally occurring; mined and refined by Centerra-based authorities, licensed mining guilds, Farworlds Alliance engineers, and approved planetary research groups.
• Affiliation: Centerra; Farworlds Alliance; approved Centerra mining guilds, engineers, and local governments.
• Market Status: Closed-Market
• Model: Atherium / Gravstone Ore
• Modularity: Limited. Raw Atherium must remain in intact mineral lattices to retain most of its gravitic properties. Refined forms may be cut, set, or stabilized for architectural and industrial use, but breaking the lattice reduces its effect.
• Production: Minor
• Material: Atherium-bearing exotic silicate lattice, vesicular basalt, aluminosilicate foamstone, magnetite, titanomagnetite, quartz, tourmaline, carbon lattice seams, silicon carbide traces, rare-earth ceramic mineral phases.

SPECIAL FEATURES

• Stable, non-radioactive gravitic mineral found within Centerra’s deep crust, cavern systems, volcanic strata, and ancient mantle hollows.
• Reduces effective gravitational coupling in large, intact stone masses under specific planetary conditions.
• Helps support naturally occurring floating islands, vast cavern roofs, suspended ruins, and abnormal stone formations.
• Often appears as dark volcanic host rock threaded with pearl-white, cyan, blue, or violet mineral veins.
• May glow under heavy gravitic, tectonic, thermal, or electromagnetic stress.
• Often occurs alongside magnetic minerals, piezoelectric minerals, porous volcanic rock, and high-pressure ceramic phases.
• Can be refined for limited architectural, structural, geological, and environmental stabilization uses.

STRENGTHS

• Gravitic Stabilizer: Large intact Atherium lattices can reduce the effective weight of stone masses, helping support floating islands, cavern ceilings, suspended ruins, and other abnormal geological formations.
• Cavern Support: Atherium-bearing stone helps explain Centerra’s immense honeycombed cavern systems, allowing certain voids and mantle hollows to survive where ordinary geology would have collapsed.
• Structural Use: When properly stabilized, Atherium-bearing stone can be used in architecture, foundations, mining supports, research stations, and planetary infrastructure where gravity stress is a concern.
• Non-Radioactive: Unlike isotope-5, Atherium is inert and does not function as a dangerous radioactive power source.
• Environmental Indicator: Atherium’s glow and resonance can reveal gravitational stress, tectonic pressure, nearby cave instability, volcanic strain, or hazardous mining conditions.

WEAKNESSES

• Not a Power Source: Atherium does not generate usable energy and cannot replace isotope-5, reactors, fuel cells, repulsorlifts, hyperdrives, or standard power systems.
• Not Portable Anti-Gravity: Small pieces may feel unusually light or cause minor sensor anomalies, but they cannot lift starships, vehicles, buildings, soldiers, or heavy equipment by themselves.
• Lattice Dependent: Powdered, shattered, melted, or badly fractured Atherium loses most of its gravitic effect.
• Planetary Conditions Required: Its strongest effects require massive intact deposits, local gravity, pressure, and surrounding magnetic or conductive mineral layers.
• Mining Hazard: Removing too much Atherium from a region can destabilize caverns, floating landmasses, volcanic channels, local gravity conditions, or nearby settlements.
• Field Interference: Strong repulsor fields, seismic events, electromagnetic surges, volcanic pressure shifts, or damaged magnetic bands can cause Atherium-bearing formations to shift, drop, tilt, or fracture.
• Difficult Refinement: Refined Atherium must be carefully cut and stabilized. Over-processing can turn it into inert, chalky dead stone with little practical value.
• Bad Armor Material: Atherium-bearing stone is useful for structures and geology, but it is too brittle, heavy, and unstable under sharp impact to serve as practical personal armor plating.

DESCRIPTION

Atherium, commonly called Gravstone Ore, is a naturally occurring gravitic mineral found within the deep crust, cavern systems, volcanic strata, and mantle hollows of Centerra. Though sometimes compared to isotope-5 because of its relationship with gravity and rare exotic formation conditions, Atherium is not isotope-5, does not produce power, and is not radioactive. It is instead a stable exotic mineral phase whose internal crystalline lattice changes how nearby matter responds to gravity when present in large, intact deposits.

On Centerra, Atherium is most often found threaded through vesicular basalt, aluminosilicate foamstone, magnetite, titanomagnetite, quartz, tourmaline, silicon carbide, and carbon-rich reinforcing seams. These surrounding materials help explain the planet’s abnormal geology: vast caverns, floating islands, reduced local gravity, volcanic fault channels, and massive stone formations that should not remain stable under ordinary conditions.

Atherium does not simply make things float. Its effect depends on scale, lattice integrity, planetary gravity, pressure, and the surrounding mineral environment. A hand-sized crystal may feel unusually light or produce faint sensor anomalies, but it cannot lift a starship or act as a portable anti-gravity generator. The greatest effects are seen in cavern-scale, mountain-scale, or regional deposits where the mineral remains embedded in natural stone and interacts with Centerra’s magnetic, tectonic, and volcanic systems.

Although Atherium is widely distributed throughout Centerra’s crust, cavern systems, and volcanic strata, usable refined Atherium is far less common. Much of the raw ore remains structurally important to the surrounding geology, helping support caverns, suspended landmasses, volcanic channels, and localized low-gravity regions. Careless extraction can damage the natural lattice and cause dangerous geological instability.

For this reason, Atherium is treated as a protected planetary resource rather than an ordinary export mineral. Access to refined Atherium is controlled by Centerra-based authorities, licensed mining guilds, and approved Farworlds Alliance projects. Raw Gravstone may be common beneath Centerra’s surface, but stabilized, transportable, and structurally useful Atherium remains difficult to mine, refine, and regulate.

The material is valuable, but it is dangerous to exploit without restraint. Removing too much Atherium from a region can weaken the local gravitic balance, causing cavern roofs to sag, floating landmasses to descend, volcanic channels to shift, and gravity-stressed stone to fracture. Responsible mining operations on Centerra treat Gravstone veins as structural planetary features as much as mineral deposits. Atherium is used sparingly in architecture, stabilization systems, scientific instruments, and limited gravitic construction, but it is never treated as a safe substitute for engines, reactors, repulsorlift technology, or isotope-5.

 

[Braze]

Type	Market	Production	Modularity	Material
Gravitic Mineral / Exotic Material	Closed-Market	Minor	Limited	Atherium / Gravstone Ore

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════ ✦ Atherium / Gravstone Ore ✦ ════​

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OUT OF CHARACTER INFORMATION

• Intent: To create a naturally occurring gravitic mineral for Centerra, explaining its floating landmasses, massive cavern systems, unusual gravity conditions, volcanic geology, and specialized power infrastructure.
• Image Source: AI generated reference images by Chaos Cat / Braze through ChatGPT.
• Canon Link: Isotope-5 — geological inspiration and comparison only. Atherium is a separate Centerra material that forms near isotope-5-rich geology, but is not isotope-5 and does not duplicate canon isotope-5 directly.
• Permissions: N/A
• Primary Source: Original creation.

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PRODUCTION INFORMATION

• Manufacturer: Naturally occurring; mined, refined, and regulated by Centerra-based authorities.
• Affiliation: Centerra; Farworlds Alliance; Starcraft Shipyards; ✦ Star Bazaar Catalog | UC Shop ✦
• Market Status: Closed-Market
• Model: Atherium / Gravstone Ore
• Modularity: Limited. Refined forms may be cut, set, balanced, stabilized, or installed into compatible reactor and field systems, but damaged or poorly prepared material becomes far less effective.
• Production: Minor
• Material: Atherium; Gravstone Ore; refined Atherium crystal; stabilized Atherium lattice; reactor-grade Atherium; Atherium dust; Atherium-bearing volcanic stone; natural Atherium veins; field-balanced Atherium cuts; inert host stone.

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SPECIAL FEATURES

• Gravity & EM Reactive: Atherium affects gravitational and electromagnetic fields, even in small amounts.
• Stable Field Material: Atherium is stable to mine, handle, refine, and transport when properly prepared.
• Field Medium: Atherium can carry, store, or shape gravitic and electromagnetic field energy in compatible systems.
• Repulsor Compatible: Atherium can interact with repulsorlift, anti-gravity, and field-stabilizing technology.
• Field Stress Glow: Atherium may glow white, blue, or violet when exposed to strong gravity fields, repulsor fields, or electromagnetic strain.
• Refinable: Atherium can be cut, balanced, stabilized, and installed into reactors, stabilizers, pylons, and infrastructure.
• Naturally Occurring: Atherium forms in Gravstone Ore deposits near isotope-5-rich geology.
• Thermal Stability: Atherium can withstand immense heat from volcanic activity, reactors, and high-energy field systems without easily melting, cracking, or losing its properties.
• Natural Buoyancy & Refined Control: Large natural Atherium deposits can float, lighten surrounding stone, or suspend rock formations without refinement, which helps explain Centerra's floating islands and cavern structures. Refinement does not create this effect; it stabilizes and directs it, allowing Atherium to be cut, balanced, and prepared for controlled use in reactors, repulsor systems, stabilizers, pylons, and infrastructure.
• Valuable Resource: Atherium is highly valuable for reactors, stabilizers, infrastructure, repulsor systems, anti-gravity technology, scientific instruments, and advanced engineering.

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STRENGTHS

• Powerful Field Material: Atherium can affect gravity and electromagnetic fields even in small amounts.
• Energy Useful: Refined Atherium can help power specialized reactors and advanced field systems.
• Anti-Gravity Support: Atherium can improve repulsorlift, anti-gravity, and suspension technology.
• Structural Support: Large deposits can help support floating stone, caverns, and heavy structures.
• Stable to Handle: Atherium is safer to mine, refine, and transport than unstable exotic materials.
• Heat Resistant: Atherium remains stable under immense heat, making it useful for reactors, volcanic infrastructure, deep-crust mining, engine-adjacent systems, and high-energy field technology.

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WEAKNESSES

• Careful Refinement Needed: Poorly refined Atherium becomes less stable and less useful.
• Specialized Systems Only: Atherium works best in technology designed for its gravity and electromagnetic properties.
• Mining Risk: Removing too much Atherium can weaken caverns, floating stone, or nearby terrain.
• Field Interference: Unshielded Atherium can disrupt nearby sensors, comms, guidance systems, droid gyros, and repulsorlifts by bending local gravity and electromagnetic fields. Sensitive technology needs shielding, distance, or recalibration around active Atherium.
• Difficult to Process: Atherium requires skilled refining, containment, and installation.
• Controlled Resource: Refined Atherium is regulated and difficult to acquire outside approved projects.
• Not Plug-and-Play: Atherium cannot simply be placed into ordinary machines and expected to work properly. It must be cut, shaped, stabilized, and properly balanced for the desired effect before being installed into reactors, repulsorlifts, stabilizers, or field systems. Poorly balanced Atherium can distort fields, strain equipment, or produce unreliable results.
• Poor Lightsaber Crystal: Atherium is not suitable as a primary lightsaber crystal. Its gravity and electromagnetic field distortion can destabilize a blade containment field, causing uneven blade length, surging output, repulsor-like feedback, hilt strain, power drain, or dangerous field wobble during combat. At most, it may be used as a carefully shielded secondary focusing component, not as a main crystal.
• Thermal Event Risk: Atherium is highly heat resistant, so thermal overload is rare and difficult to trigger. However, extreme conditions such as reactor failure, volcanic rupture, or uncontrolled thermal buildup can overwhelm the material, causing unstable gravity shifts, electromagnetic surges, or field distortion until cooled or contained.

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DESCRIPTION

Atherium, commonly called Gravstone Ore, is a naturally occurring gravitic mineral found throughout Centerra's deep crust, cavern systems, volcanic strata, and mantle hollows. It forms near isotope-5-rich geology, but is a separate Centerra material. Atherium affects gravitational and electromagnetic fields, making it valuable for reactors, repulsor systems, stabilizers, anti-gravity technology, and large-scale construction.

On Centerra, Atherium helps explain the planet's unusual geology: floating islands, vast caverns, reduced local gravity, volcanic fault lines, and massive stone formations that would not remain stable under ordinary conditions. Small amounts can cause minor field effects, while larger deposits or properly refined pieces can reduce structural weight, support suspended stone, and help stabilize field-based systems.

Raw Atherium is common beneath Centerra, but refined, transportable, and reactor-grade Atherium is controlled. Because many natural veins help support caverns, floating landmasses, and volcanic channels, careless extraction can damage the local gravity balance. For this reason, Atherium is treated as a protected planetary resource used in infrastructure, reactors, stabilizers, scientific instruments, and specialized gravitic construction.

Atherium is not used as a primary lightsaber crystal. Its gravity and electromagnetic field distortion makes it poorly suited to direct blade generation, as it can interfere with containment fields, power flow, and blade stability. Properly shielded Atherium may have limited use as a secondary focusing or field-balancing component, but not as the main crystal of a lightsaber.

 

[Braze]

Category	Class	Name	Role	Size	Capaciity	Ratings	HyperDrive	Production
Corvette	Freighter	Lighthouse-class Freighter	Cargo Transport	Length: 82 m, Width: 52 m, Height: 24 m	Cargo Hold	Armament: None Defense: Very Low Maneuverability: Average Speed: Very High	1	Minor
Frigate	Cargo Frigate	Neebray-class Cargo Frigate	Cargo Transport	Length: 275 m, Width: 70 m, Height: 50 m	Shared hangar and cargo area	Armament: Low Defense: Average Maneuverability: Low Speed: Low	1	Mass-Produced
Small Craft	Armed Courier	Kessel-class Armed Courier	Courier, Combat	Length: 35 m, Width: 33 m, Height: 8.3 m	Small living quarters	Armament: Average Defense: Average Maneuverability: Average Speed: High	1	Mass-Produced
Small Craft	Heavy Assault Craft	HA-2 Pike	Combat, Troop Delivery	Length: 30 m, Width: 24 m, Height: 10 m	Crew drop module	Armament: Very High Defense: High Maneuverability: Low Speed: Low	1	Mass-Produced
Small Craft	Interceptor	Directorate Ghost Viper Interceptor	High-Speed Interception	Length: 10.5 m, Width: 5.5 m, Height: 4 m	Astromech slot	Armament: Average Defense: Low Maneuverability: Average Speed: High	1	Mass-Produced
Small Craft	Fighter	CST Toscan 8-R Fighter	Pursuit, Combat	Length: 12.75 mWidth: 11 mHeight: 7 m	1	Armament: Average Defense: N/A Maneuverability: Average Speed: High	1	Mass-Produced
Small Craft	Starfighter	PF-1 Mynock Parasite Fighter	Combat, Defense	Length: 4 m, Width: 7 m, Height: 1.75 m	Underside docking clamp	Armament: Low Defense: Average Maneuverability: Average Speed: Average	None	Mass-Produced
Small Craft	Heavy Fighter	HF-3 Aran Long Range Heavy Escort Fighter	Long-Range Escort	Length: 13 m, Width: 14 m, Height: 2.4 m	Crew of 4, Rack space	Armament: Very High Defense: Average Maneuverability: Average Speed: Average	1	Mass-Produced
Small Craft	Heavy Fighter	HF-2 Jair Kyr'am Heavy Fighter	Heavy Assault	Length: 29 m, Width: 22 m, Height: 8 m	N/A	Armament: Very High Defense: Very High Maneuverability: Low Speed: Low	1	Minor
Small Craft	Heavy Assault, Dropship	HA-3 Hutthound Assault Craft	Combat, Transport	Length: 26.6 m, Width: 26.6 m, Height: 9.8 m	Latching system for various vehicles	Armament: Average Defense: High Maneuverability: Low Speed: Low	2	Mass-Produced
Small Craft	Light Patrol Craft	Spitfire-class Light Patrol Craft	Combat, Patrol	Length: 22 m, Width: 23 m, Height: 21 m	Device bay for various weapons or systems	Armament: High Defense: Average Maneuverability: High Speed: Average	1	Minor
Small Craft	Patrol Courier	Arkonok-class Patrol Courier	Multirole Operations	Length: 20 m, Width: 16 m, Height: 6 m	Small cargo bay, Compact living space	Armament: High Defense: High Maneuverability: Average Speed: Average	1	Mass-Produced
Small Craft	Support Freighter	Tuitio Support Boat	Starfighter Support	Length: 50 m, Width: 32 m, Height: 16.2 m	N/A	Armament: None Defense: Extreme Maneuverability: Low Speed: Moderate	1 back up 7	Minor
Small Craft	Ugly Assault Starfighter/Bomber	B-Zero	Heavy Starfighter	Length: 2.9 m, Width: 29.4 m, Height: 12.3 m (extended), 3.5 m (closed)	Enlarged cockpit (1 passenger)	Armament: Very High Defense: Average Maneuverability: Moderate Speed: Average	1	Minor
Small Craft	Assault Boarding Pod	Strays Assault Boarding Pod	Infiltration, Seizing Ships	Length: 9 m (extended), 16 m	Crew of 20	Armament: None Defense: Average (Ion shields, Particle shields) Maneuverability: Average Speed: Very High	None	Mass-Produced
Small Craft	Freighter	YT-1300 Modified	Modified Freighter	Length: 34.7 m, Width: 25.61 m, Height: 8.27 m	Cargo hold, Crew quarters, Captain's quarters, Entertainment quarters, Medical bay, Smuggling compartment, Speeder bay (garage)	Armament: Very High (2x dual rapid-fire laser turrets, 2x heavy laser cannons, 1x laser cannon, 2x quad missile silos) Defense: Low Maneuverability: Moderate Speed: High	0.5	Limited
Small Craft	Assault Starfighter/Bomber	Blade Wing	Starfighter, Bomber	Length: 16.9 m, Width: 2.9 m, Height: 7.3 m (extended), 2.5 m (closed)	Squadron Count: 3	Armament: Very High (2x Laser cannons, 2x Rapid laser cannons, 2x Proton torpedoes, 4x Proton bombs, 1x Composite-beam laser) Defense: Average Maneuverability: Moderate Speed: Moderate	2	Mass-Produced
Small Craft	Speeder	VOI Speeder	Multipurpose Speeder	Length: 12 m (closed), 16 m (open), Width: 10 m (closed), 14 m (open), Height: 6 m	Cargo capacity: 1 tonne	Armament: Low (2x laser cannons) Defense: Average (Forward-facing particle shield, 9-inch thick layer of quadranium) Maneuverability: Very High Speed: Moderate	N/A	Mass-Produced
Small Craft	Light Freighter	Dynamic-class Freighter II	Cargo, Smuggling, Multipurpose	Length: 37.24 m, Width: 35.94 m, Height: 22.36 m	Cargo capacity: 150 tonnes, Crew capacity: 8, Speeders: 6 small or 2 medium	Armament: Very High (2x quad laser cannons, 2x dual heavy laser cannons, 1x light repeating laser turret) Defense: High (Strong Hull, Deflector shield, Internal defenses) Maneuverability: Low Speed: Moderate	2 (Backup: 3)	Mass-Produced
Small Craft	Interceptor	Vesparum Interceptor	Interceptor, Dogfighting	Length: 10 m, Width: 8 m, Height: 5 m	Crew capacity: 2 (pilot, co-pilot)	Armament: Low (2x laser cannons, 4x light repeating laser cannons, 2x missile launchers) Defense: Average (Deflector shield, Quadranium steel hull) Maneuverability: Very High (RCS enhanced) Speed: Moderate	N/A	Mass-Produced
Small Craft	Light Enforcement Ship	LES-02 Tra Oyakarur	Law Enforcement, Bounty Hunting	Length: 12 meters.Width: 16 meters.Height: 6 meters.	Secure prisoner transport pod	Armament: Extreme (Electrothermal mass-driver rotary cannons, Modular mass-driver ordnance launchers, EMP) Defense: High (Molecularly-bonded Duranium frame, Stygian Triprismatic polymer armor, Advanced shielding) Maneuverability: High Speed: High	Advanced Hyperdrive	Minor
Small Craft	Heavy Fighter, Escort Fighter	HF-3 Aran	Long Range Escort	Length: 13 m, Width: 14 m, Height: 2.4 m	Crew of 4	Armament: Very High (4x Particle Cannons, 4x Universal Launch Tubes, 2x Twin laser turrets) Defense: Average (Duraplast plating, Shields) Maneuverability: Average Speed: Average	1	Mass-Produced
Small Craft	Close Air Support Bomber	GACASB-368 Tornado Class	Close Air Support, Bombing Runs	Length: 20.04 m, Width: 12.55 m, Height: 4.33 m	Squadron Count: 10	Armament: Very High (Rear Dual Warthog Ball Turret, Tail Mounted Heavy Composite Beam Cannons, Nose Mounted Chain Laser, Internal Bomb Bay, Wing Munition Mounts) Defense: High (Deflector Shields, Chaff System, ECM Suite, Heavy Armor Plating) Maneuverability: Very Low Speed: High	None	Minor
Small Craft	Blockade Runner	GAMS-346 Astrocat	Blockade Running, Stealth Operations	Length: 65 m, Width: 30 m, Height: 25 m	Squadron Count: 6	Armament: Moderate (4x Laser Cannons, 2x Heavy Laser Cannons, 2x Torpedo Launchers, 1x EMP Launcher, 1x Rear-Facing Auto Turret) Defense: High (Deflector Shields, Chaff System, ECM Suite, Missile Deactivation Transmitter, Heavy Armor Plating) Maneuverability: High Speed: High	2	Minor
Small Craft	Starfighter	Fang Space Superiority Fighter	Space Superiority	Length: 15, Width: 4, Height: 5	1 Pilot + Armored Astromech	Average (Armament) / Average (Defenses) / Low (Squadron Count) / Average (Speed) / Average (Maneuverability)	Class 2	Semi-Unique
Small Craft	Dropship	Luna Troop Transport	Troop Transport	Length: 30, Width: 22, Height: 8	20 Armored Troopers or 30 Unarmored Troopers	High (Armament) / High (Defenses) / Very Low (Squadron Count) / Low (Speed & Maneuverability)	Class 5	Minor
Small Craft	Starfighter	Bit Interceptor	Interceptor	Length: 12, Width: 4, Height: 5	1 Pilot	Very Low (Armament) / Low (Defenses) / Moderate (Squadron Count) / High (Speed & Maneuverability)	None	Mass-Produced
Small Craft	Boarding Pod	Jackal Pods	Stealth Boarding Pod	Length: 16, Width: 4, Height: 4	1 Squad (Troops)	Very Low (Armament) / Moderate (Defenses) / Low (Squadron Count) / High (Speed) / None (Hyperdrive)	None	Minor
Small Craft	Droid Bomber	Dienekes Drones	Bomber Drone	Length: 8, Width: 15, Height: 5	None	Very High (Armament) / None (Defenses) / Extreme (Squadron Count) / Very Low (Maneuverability & Speed)	None	Mass-Produced
Small Craft	Interceptor	SS-Phantomray Stealth Assault Interceptor	Stealth Assault	Length: 25, Width: 14.3, Height: 14.3	Crew: 4, Cargo: 20 metric tons	Very High (Armament) / Moderate (Defenses) / Very Low (Squadron Count) / High (Speed & Maneuverability)	Hyperdrive 1.0, Backup 4.0, Ring 0.1	Minor
Small Craft	Interceptor	SS-Ebonray Assault Interceptor	Assault Interceptor	Size not specified	Crew: 4, Cargo: Not specified	Very High (Armament & Defense) / High (Maneuverability) / Very High (Speed)	Not specified	Not specified
Small Craft	Interceptor	Ashwing	High-speed, Agile Starfighter	Length: 15, Width: 5, Height: 3	Crew: 1-2 + Astromech	Extreme (Armament) / Low (Defenses) / Very High (Maneuverability) / Extreme (Speed)	Hyperdrive 1.0, Backup 4.0, Hyperdrive Ring 0.1	Unique
Corvette	Asteroid Corvette	Freebird Asteroid Corvette	Stealth Operations	Length: 250 m, Width: 150 m, Height: 75 m	Hangar: Extreme: 4 Starfighters: 4 Squadrons Support Craft: Base - 0 Squadrons	Armament: Low Defense: High Maneuverability: Average Speed: Low	1	Unique
Corvette	Aquatic Utility Corvette	Influunt-class Aquatic Utility Corvette	Utility Operations, Aquatic Landing	Length: 142 m, Width: 69.2 m, Height: 45.6 m	Utility bay, Single ship hangar	Armament: None Defense: Average Maneuverability: Very High Speed: High	2	Mass-Produced
Corvette	Fast Attack Corvette	Enigma-class FAC	Fast Attack	Length: 170 m, Width: 134 m, Height: 30 m	N/A	Armament: High Defense: Low Maneuverability: High Speed: High	1	Minor
Corvette	Port Security/Escort Corvette	PS-1 Tagger Corvette	Port Protection, Escort	Length: 182 m, Width: 59 m, Height: 53 m	N/A	Armament: Average Defense: Average Maneuverability: Average Speed: High	1	Mass-Produced
Corvette	Escort Corvette	Rain-class Direct Fire Escort Corvette	Escort Operations	Length: 110 m, Width: 50 m, Height: 20 m	N/A	Armament: Low Defense: Low Maneuverability: High Speed: High	1	Mass-Produced
Corvette	Personal Transport/Blockade Evader	Midnight Blue Rose	Personal Ship, Blockade Evader	Length: 129 m, Width: 131 m, Height: 22 m	2 freighters, Luxury living space	Armament: Low Defense: Average Maneuverability: Moderate Speed: High	2	Unique
Corvette	Light Cruiser	GAASC-50 Tenacity Class	Anti-Starship, Transport	Length: 115 metersWidth: 70 metersHeight: 40 meters	Marine platoon capacity, Modular docking port	Armament: Very High (12x Spear Thrower Flak Cannons) Defense: High Maneuverability: Low Speed: Low	None	Minor
Star Destroyer	Heavy Carrier	Blizzard-class Heavy Starcarrier	Fleet Support, Fighter Carrier	Length: 1500 m, Width: 900 m, Height: 900 m	10 squadrons	Armament: Low Defense: Average Maneuverability: Average Speed: Average	1	Mass-Produced
Star Destroyer	Destroyer	Hammerhead Destroyer	Close to Mid-Range Warfare	Length: 1,550 m, Width: 300 m, Height: 340 m	Hangar: 2x B-Zero squadrons, 12x Split Wing T-90 squadrons	Armament: Average Defense: Moderate Maneuverability: Low Speed: High	2 (Backup: 4)	Minor
Battlecruiser	Orbital Defense Battlecruiser	Aranar-class Orbital Defense Battlecruiser	Planetary Defense	Length: 5000 m	Starfighters: 12 squadronsSupport Craft: 4 squadrons	Armament: Extreme Defense: Extreme Maneuverability: None Speed: None	1.0 with 6.0 backup.	Limited
Battlecruiser	Battlecruiser	Apex Predator: Baby Shark Flagship	Command, High-Speed Ramming	Length: 1500 m	Crew: 1,400-14,000	Armament: Extreme (Thunderer Turbolasers, Tusk Missile Launchers, Super-Heavy Class-D Disruptor Cannon, etc.) Defense: Extreme (Alusteel frame, Reinforced Duraplast Hull, Deflector shields) Maneuverability: Very High Speed: Very High	1	Unique
Battlecruiser	Heavy Battle Cruiser / Medical Evacuation	Aegis Care Cruiser	Combat Support, Medical Evacuation	Length: 2,500 m, Width: 575 m, Height: 950 m	18 starfighter squadrons, Advanced medical facilities	Armament: Extreme (Advanced turbolasers, Ion cannons) Defense: Extreme (Durable materials, Advanced shielding) Maneuverability: Very Low Speed: Very Low	Specialized hyperdrive system	limited
Battlecruiser	Battlecruiser	Great Mother Shark	Amphibious Ship of the Line	Length: 2,000 - 5,000 (exact size not specified)	Crew: 1,400 - 14,000	Extreme (Defense) / Very High (Speed & Maneuverability) / Extreme (Kinetic Resist)	Not specified	Not specified
Cruiser	Artillery Cruiser	Firebrand-class Artillery Cruiser	Long-Range Artillery	Length: 535 m, Width: 199 m, Height: 112.3 m	1 squadron (Support Craft)	Armament: Very High Defense: Average Maneuverability: Average Speed: Average	1	Minor
Cruiser	Heavy Cruiser	Wasp-type Heavy Cruiser	Heavy Assault	Length: 1000 m, Width: 442 m, Height: 220 m	1 squadron (Support Craft)	Armament: Very High Defense: High Maneuverability: Average Speed: Average	1	Mass-Produced
Cruiser	Escort Cruiser, Light Cruiser	Shield-class Escort Cruiser	Escort Duties	Length: 600 m, Width: 150 m, Height: 75 m	3 squadrons max (Variable)	Armament: Low Defense: High Maneuverability: Average Speed: Average	1	Mass-Produced
Cruiser	Ordnance Cruiser, Missile Cruiser, Minelayer	Sorgan-class Ordnance Cruiser	Fleet Support	Length: 1,000 m, Width: 350 m, Height: 300 m	3 squadrons	Armament: High Defense: High Maneuverability: Average Speed: Average	1	Minor
Cruiser	Cruiser	Acklay-class Cruiser	Fleet Support, Flagship	Length: 840 m, Width: 200 m, Height: 140 m	4 squadrons	Armament: High Defense: Average Maneuverability: Low Speed: Average	1	Mass-Produced
Cruiser	Cruiser	Ireth-Class Cruiser	Combat, Close-Quarters Battle	Length: 1000 m, Width: 400 m, Height: 120 m	1 squadron	Armament: Average Defense: Moderate Maneuverability: Moderate Speed: Average	1	Mass-Produced
Frigate	Cargo Frigate	Barri-class Cargo Frigate	Cargo Transport, Combat	Length: 230 m, Width: 100 m, Height: 45 m	N/A	Armament: Low Defense: Very High Maneuverability: Low Speed: Average	2	Mass-Produced
Frigate	Utility Frigate	Arcon-class Utility Vessel	Repair, Freight, Exploration	Length: 210 m, Width: 70 m, Height: 70 m	Utility bay, Single craft hangar	Armament: Low Defense: Average Maneuverability: High Speed: High	1	Mass-Produced
Frigate	Torpedo Assault Frigate	Storm-class Torpedo Assault Frigate	Heavy Support Fire	Length: 450 m, Width: 300 m, Height: 60 m	N/A	Armament: Very High Defense: Low Maneuverability: High Speed: Average	1	Minor
Frigate	Scout Frigate	Sur'haai-class Scout Frigate	Reconnaissance, Missile Platform	Length: 230 m, Width: 82 m, Height: 31.2 m	N/A	Armament: Average Defense: Low Maneuverability: High Speed: Very High	1	Minor
Frigate	Assault Frigate	Udarnik Assault Frigate	Hit-and-Run, Backline Support	Length: 500 m, Width: 220 m, Height: 135 m	1 squadron of fighters/interceptors/bombers or 4 gunships	Armament: Very High (20x quad turbolasers, 20x quad lasers, 2x medium torpedo launchers) Defense: High (Quadanium steel hull, Deflector shield) Maneuverability: Low Speed: High	1 (Backup: 6)	Mass-Produced
Frigate	Freighter	Fugu Frigate "Puffin' Tuff"	Cargo Transport, Defensive Freighter	Length: 500 m, Width: 272 m, Height: 400 m	Dedicated Hangar, Medical Bay, Carbonite Freezing Chamber	Armament: Very Low (Oversized slug thrower-style cannons, Spike and harpoon launchers) Defense: Very High (Strong durable shielding, Advanced tractor beam) Maneuverability: High Speed: High	1.0 (Backup: 1.5)	Minor
Frigate	Carrier	Argonaut-class Carrier	Carrier / Anti-Fighter	Length: 500, Width: Not specified, Height: Not specified	5 Squadrons	Average (Defenses) / Low (Maneuverability) / Average (Speed)	Class 2	Mass-Produced
Frigate	Mining & Salvage	Crafty Collector Crab	Mining and Salvage Vessel	Length: 500, Width: 272, Height: 400	Crew: Not specified, Cargo: High-capacity	Very Low (Armament) / Extreme (Defenses) / Average (Maneuverability) / High (Speed)	Hyperdrive 2.0, Backup 1.5	Mass-Produced
Space Station	Station	Caupona Station (Hex M-52)	Hospitality, Luxury Inn	Length: 3500 m, Width: 3500 m, Height: 1500 m	200 civilian ships, 20 Large civilian ships (via Docking port)	Armament: None Defense: Average Maneuverability: Very Low Speed: Very Low	Inquisition Industries™
Small Craft	Gunship	Inquisition Gunship	Firefights, Escorts, Small Group Transport	Length: 18.5 m, Height: 17 m, Width: 14 m	Crew of 4	Armament: Very High (2x 1D Servo Turret, 5x Hellcaster cannon, 2x ST2 concussion missile rack) Defense: High (Strong armor, Deflector Shield, RCS) Maneuverability: Moderate Speed: High in space, Low in atmosphere

 

[Braze]

Spoiler

SHIP NAME HERE
Battlecruiser • Annular Siege Gunship • Heavy Artillery Platform​

OUT OF CHARACTER INFORMATION

Intent	To create a Battlecruiser-sized siege gunship built almost entirely around rotating magnetic weapon-rings, reactor output, capacitor vaults, automated heavy artillery systems, and extreme forward-kill doctrine.
Image Source	INSERT IMAGE SOURCE HERE
Canon Link	Hapan Battle Dragon
Permissions	INSERT BRESHIG WAR FORGE PERMISSION LINK HERE, or replace listed Breshig weapons with custom in-house equivalents.
Primary Source	Hapan Battle Dragon — used as inspiration for rotating weapon architecture and circular weapon doctrine.

PRODUCTION INFORMATION

Manufacturer	INSERT MANUFACTURER HERE
Affiliation	INSERT FACTION / COMPANY HERE
Market Status	Closed-Market
Model	INSERT MODEL NAME HERE
Production	Unique
Material	Durasteel, Duranium, reinforced starship armor composites, reactor shielding, magnetic bearing assemblies, programmable magnetic gimbal cradles, siege capacitor systems, Tibanna handling systems, automated loading systems, coolant infrastructure, starship components.

TECHNICAL SPECIFICATIONS

Classification	Battlecruiser
Length	4,950 meters
Width	2,250 meters across the ring assemblies
Height	950 meters
Armament	Extreme
Defenses	High
Hangar Space	None
Maneuverability Rating	Very Low
Speed Rating	Low
Hyperdrive Class	Very Slow | 6.0

STANDARD FEATURES

• Triune Hypermatter Siege Core Cluster
• Six massive stern-mounted primary engines
• Six rotating magnetic weapon-rings
• Flux-coded magnetic bearing matrices
• Programmable magnetic gimbal cradles
• Contactless induction power transfer collars
• Siege capacitor vaults built into each ring
• Annular Tibanna reserve tanks and internal gas manifolds
• Mag-lock replenishment ports for ring refueling and rearming
• Automated loading systems
• Droid-assisted maintenance and diagnostics network
• Closed-loop coolant systems and thermal bleed vents
• Regenerative magnetic braking for ring spin management
• Redundant reactor shielding and internal blast isolation
• Advanced fire control and target coordination systems
• Emergency ring-lock systems
• Armored service corridors inside each annular section

ARMAMENT
Main Ring Armament
The vessel carries six identical rotating weapon-rings. Each ring mounts its primary armament in gimballed octet pods distributed across the full circumference for balance, field of fire, and structural stability.

Weapon System	Per Ring	Total Across 6 Rings	Role
HAC-03H Heavy Accelerator Cannon octet pods	28 pods / 224 barrels	168 pods / 1,344 barrels	Main battery, heavy volume of fire, armor-piercing bombardment
SAC-02S Super-heavy Accelerator Cannon octet pods	6 pods / 48 barrels	36 pods / 288 barrels	Heavy breaker battery, anti-capital siege fire
HCDC-02S Heavy Class-D Disruptor Cannon octet pods	4 pods / 32 barrels	24 pods / 192 barrels	Specialist anti-hardpoint and anti-capital cutting fire
HETL-05S Heavy Energy Torpedo Launcher octet pods	2 pods / 16 launch tubes	12 pods / 96 launch tubes	Extreme-range siege shots and opening volleys
Total	40 octet pods / 320 barrels and tubes	240 octet pods / 1,920 barrels and tubes	Near-2,000 gun siege array

Support and Defensive Systems

• Araniik-M2 Starship / Station-grade Point-Defense Systems mounted across the ring rims, spine, engine block, and exposed approach lanes.
• Shereshir Heavy Long-range Tractor / Pressor Beam Projectors mounted in the ring gaps, dorsal spine, ventral spine, and forward control positions.

WEAPON ORIENTATION AND FIRING DOCTRINE

• All six rings mount weapons across the full circumference rather than relying on fixed broadsides.
• All primary weapons are housed in magnetic gimbals, allowing the guns to deploy across wide firing arcs.
• The ship's default combat posture biases the rings into a forward kill-cone, allowing all six rings to concentrate fire ahead of the bow.
• In defensive posture, the rings split coverage across port, starboard, dorsal, ventral, forward, and aft arcs.
• HAC-03H batteries form the main omnidirectional storm of fire.
• SAC-02S batteries act as heavy breaker guns against hardened capital targets.
• HCDC-02S batteries serve as specialist hardpoint cutters.
• HETL-05S batteries provide long-range opening strikes and siege-pressure shots.
• Araniik-M2 systems protect the vessel from missiles, strikecraft, and close attack runs.
• Shereshir projectors hold, shove, or drag targets into the ship's preferred kill-zone.

POWER AND FEED SYSTEMS
Triune Hypermatter Siege Core Cluster
The vessel is powered by three heavy hypermatter cores arranged along the armored central spine. One primary siege core feeds the main grid, while two secondary cores support the ring network, capacitor vaults, shield systems, and six primary engines. These cores do not directly fire every gun at the instant of discharge; instead, they charge the annular capacitor vaults before a firing cycle.

Siege Capacitor Vaults
Each rotating ring contains its own capacitor vaults, allowing it to store charge locally before combat. During a maximum-output firing cycle, the rings discharge stored energy into their gimballed octet pods in near-unison.

Annular Tibanna Feed Network
The ship stores its main Tibanna and weapons gas reserves deep in the central spine, protected behind blast bulkheads and armored pressure compartments. Each ring carries its own annular Tibanna reserve tanks, refilled through mag-lock transfer ports when the ring enters service alignment. Once replenished, the ring disengages and feeds its own weapons through internal gas manifolds, local metering cells, and plasma conversion chambers.

Magnetic Ring Architecture
The weapon-rings rotate on flux-coded magnetic bearing matrices rather than conventional mechanical rails. Contactless induction couplings, programmable magnetic gimbal cradles, regenerative braking, emergency ring-lock systems, and automated diagnostics reduce friction, limit wear, and allow the rings to operate with minimal physical contact.



DESCRIPTION
Inspired by Hapan rotating warship doctrine, this Battlecruiser-sized siege platform is not built as a balanced fleet carrier, transport, or command vessel. It is a weapon machine first and a ship second. Its long central spine carries the reactor cluster, gas reservoirs, capacitor systems, coolant lines, automation cores, and six massive stern engines, while six magnetic weapon-rings encircle the hull like armored halos set with gimballed octet batteries.

In combat, the rings may spin, lock, brake, or redeploy their gun pods according to firing doctrine. When the vessel prepares for a maximum-output barrage, its hypermatter cores charge the siege capacitor vaults, the annular Tibanna tanks pressurize, and the gimbals drag thousands of barrels into alignment. For one breathless instant, the hull seems to become still, all those guns aiming through the dark; then the rings answer together, pouring nearly two thousand barrels and launch tubes into a single killing arc.

The vessel is heavily automated, but not cheap. Droid maintenance alcoves, self-diagnosing gun pods, magnetic bearing monitors, and modular octet assemblies reduce crew demands, yet the ship still requires expert technicians, protected supply chains, dedicated Tibanna logistics, coolant support, reactor servicing, and specialized dockyards after major engagements. It is best used as a siege breaker, fleet anchor, or terror weapon against hardened capital formations.



STRENGTHS

• All Gun, No Brakes: The vessel is built almost entirely around heavy weapons, reactor output, capacitor charge, gas feed, and ring-mounted artillery.
• Near-2,000 Barrel Siege Array: Six rings carry 240 octet pods, giving the ship 1,920 barrels and launch tubes across its main armament.
• Forward Kill-Cone: The rings can bias their gimballed weapons forward, allowing the ship to concentrate a huge portion of its fire into a single arc.
• Omnidirectional Coverage: Because the weapons are ring-mounted and gimballed, the ship can split its fire across multiple vectors when surrounded.
• Distributed Ring Architecture: Each ring carries local capacitors, gas stores, coolant, gimbals, diagnostics, and feed systems, making the weapon network harder to silence with one lucky hit.
• Automation-Heavy: Automated loaders, diagnostics, repair droids, and modular gun pods reduce the crew burden for a vessel of this size.
• Magnetic Efficiency: Flux-coded magnetic bearings, contactless induction systems, and regenerative braking reduce friction, wear, and long-term mechanical strain.
• Control Support: Tractor / pressor systems can hold or push targets into the ship's preferred firing lanes.

WEAKNESSES

• Sluggish Siege Platform: Despite its six massive engines, the vessel is slow to turn and handles more like an armed station than a graceful warship.
• No Hangar Space: The ship sacrifices starfighters, support craft, troop utility, and flexible mission space for reactors, guns, gas, coolant, and capacitor vaults.
• Feed the Beast: Full barrages consume extreme amounts of Tibanna, coolant, capacitor charge, replacement parts, and maintenance time.
• Ring Dependency: If a ring suffers magnetic desynchronization, jamming, heavy ion disruption, or structural damage, that ring may lock, lose tracking quality, or be forced into reduced fire.
• Charge and Recovery Cycle: Maximum-output volleys require capacitor charging, gas pressure recovery, thermal bleed, and system checks before the next full-strength discharge.
• Ion and EMP Risk: Ion attacks can interfere with the magnetic bearings, automated loaders, fire control systems, and gimbal coordination.
• Costly to Maintain: Automation lowers crew demand, but does not make the ship inexpensive. Its ring systems, power cores, gas infrastructure, and weapons require specialist dockyard support.
• Overfocused Design: The vessel excels at siege warfare and heavy capital engagements, but lacks versatility in patrol, escort, rescue, cargo, carrier, or diplomatic roles.
• Target Saturation Problems: The ship performs best against priority targets or dense formations. Swarms of fast, scattered attackers can force the rings to split fire and reduce alpha-strike efficiency.