Unreviewed Variable Geometry Self-Propelled Autofighter / Designation: Glaivewing

[Darth Carnifex]

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• Intent: Create a different style of droid fighter for the Kainate
• Image Source:
  
  • Generated By Me
  • Headers - Teresa Zambrano | Darth Pellax
• Canon Link: N/A
• Permissions:
  
  • First United Astral Engineering Permission
• Primary Source:
  
  • TIE/D Automated Starfighter
  • Vulture Droid Starfighter

• Manufacturer: Malsheem Hypernautics and Manufacturing
  
  • Hypernautic Staryards - Manufacturing
  • Cybernetics and Droid Dynamics - Piloting Systems
• Affiliation: The Kainate
• Market Status: Closed-Market
• Model: Variable Geometry Self-Propelled Autofighter / Designation: Glaivewing
• Production: Limited
• Material:
  
  • Alchemized Sarrassian Iron
  • Bloodwrought Plating
  • Crucivane Hull Frame
  • Umbricore Hull Liner
  • Sith Blackstone Crystalline Reinforcement

• Classification: Droid Starfighter
• Length: 6.1m
• Width: 6.6m
• Height: 3.3m
• Armament: Very High
  
  • 1 Painwave Fang Mk. I Neural Resonance Emitter [Hull-Mounted]
  • 6 Abyssal Lash Mk. I Laser Cannons [2 Chin-Mounted, 4 Wing-Mounted]
  • 2 Qorrak Lash Mk. I Heavy Laser Cannons [Wing-Mounted]
  • Retractable Ventral Heavy Weapons Turret
    
    • 1 Seeker Mk. I Missile Rack
    • 2 Vor'Kar Talon Mk. I Ion Disruptor Cannons
• Defenses: High
  
  • Aegis of Shadows Shield Generator Mk. I
  • Nullheart Core Mk. I
  • Reinforced Bloodwrought Plating
  • Gravebind Hull Mesh Mk. I
  • Bloodlock Transponder Mk. I
  • Specterfield Null Mantle Mk. I
  • Carrion-Key Counter-Mechu Hardening Mk. I
  • Black Veil Egress Weave Mk. I
• Squadron Count: Very High: 20
• Maneuverability Rating: High
• Speed Rating: Very High
• Hyperdrive: No

• Variable Geometry Wing System: Four articulated solar-array wings transform seamlessly between high-speed flight configuration and a quadrupedal walking configuration, allowing the Glaivewing to transition from starfighter to hull-assault platform in seconds.
• Autonomous Combat Intelligence: An advanced Kainate combat intelligence directs every aspect of flight, navigation, targeting, and tactical decision-making, enabling reaction times and maneuvering beyond the limits of biological pilots.
• Distributed Fleet Networking: Continuously exchanges sensor data, targeting solutions, and battlefield intelligence with nearby Glaivewings, Axiom-class battlecruisers, and the wider Kainate command network, allowing coordinated swarm operations.
• Adaptive Flight Control System: Constantly optimizes thrust vectoring, wing geometry, and attitude control to maximize maneuverability in vacuum and during atmospheric flight.
• Hull-Climbing Locomotion: Magnetic claws and articulated leg assemblies allow the fighter to anchor itself securely to starship hulls, stations, and other metallic structures before traversing their surfaces with stability.
• Electromagnetic Anchoring Claws: High-strength magnetic and mechanical gripping systems enable the Glaivewing to maintain purchase against maneuvering vessels undergoing acceleration or evasive movement.
• Capital Ship Assault Capability: Designed to attack vulnerable external systems directly at point-blank range, including shield projectors, sensor arrays, communications equipment, point-defense emplacements, engine assemblies, and bridge structures.
• Integrated Targeting Computer: Predictive fire-control algorithms continuously calculate optimal firing solutions against both maneuvering starfighters and stationary structural weak points.
• Multi-Spectral Sensor Suite: Passive and active sensors provide long-range detection, target identification, electronic surveillance, and precision navigation across multiple electromagnetic spectra.
• Electronic Warfare Package: Conducts sensor jamming, communications disruption, target designation, and limited cyberwarfare support for Kainate fleet operations.
• Reinforced Composite Armor: Dense armor plating provides improved survivability against point-defense weapons, shrapnel, and close-range combat damage while preserving high maneuverability.
• Solar Collection Arrays: High-efficiency solar ionization panels collect and regulate energy for propulsion, weapons, onboard systems, and transformation mechanisms while contributing to the fighter's distinctive silhouette.
• High-Output Ion Propulsion: Powerful ion engines provide exceptional acceleration, rapid directional changes, and sustained combat performance in both space and atmosphere.
• Redundant Power Distribution: Internal capacitors and backup power routing ensure continued operation of propulsion, weapons, and locomotion systems despite localized combat damage.
• Self-Diagnostic Maintenance System: Continuously monitors structural integrity, subsystem performance, ammunition status, and power reserves while reporting maintenance requirements to nearby Axioms.
• Battle Damage Compensation: Automatically reroutes power, isolates damaged systems, and adapts flight characteristics to maintain combat effectiveness following partial system failures.
• Low-Profile Thermal Signature: Efficient heat management and power regulation reduce infrared emissions, making long-range detection and target acquisition more difficult.
• Autonomous Mission Endurance: Capable of prolonged independent patrols, reconnaissance, escort, interception, and hull-assault missions without direct supervision or onboard biological support.
• Swarm Combat Doctrine: Optimized to operate in coordinated formations, allowing multiple Glaivewings to overwhelm enemy defenses through synchronized attacks, distributed targeting, and cooperative engagement strategies.

• Artificial Intelligence
  
  • FAE/IN-01 Prism Core
• Control & Pilot Integration Systems:
  
  • Pain Link Coordination Suite Mk. I
  • Wraith Sense Threat Processing Unit Mk. I
  • Trazkhaal Harmonizer Mk. I
  • Graveslit Aligner Mk. I
• Cybersecurity Systems:
  
  • Vyraksh Ward Casket Mk. I
  • Noctucrypt Mindveil Network Mk. I
  • Mazkyr Anomaly Scrambler Node Mk. I
  • Ironveil Ghost Cortex Mk. I
  • Pyrekhaz Containment Halo Mk. I
  • Eclipsion Seal Protocol Mk. I
  • Ravager Loop Inflection Trap Mk. I
• Electronic Warfare & Disruption Systems:
  
  • Dreadskin Field Mk. I
  • Nazrûl Disruption Core Mk. I
  • Runesliver Harmonics Array Mk. I
  • Reaper Shroud Countermeasure Suite Mk. I
  • Shadow-Phase Countermeasure Suite Mk. I
  • Wraith Shroud Projector Mk. I
• Networking & Sensor Systems:
  
  • Ebon Psicom Array Mk. I
  • Nether Eye Combat Sight Network Mk. I
  • Adaptive Targeting Matrix Mk. I
  • Shadowlink Omni-Resolution Array Mk. I
  • Sovereign Link Command Array Mk. I
• Power, Biology, & Dark Systems:
  
  • Soulfire Reactor Node Mk. I
  • Hemophage Conductor Web Mk. I
  • Onslaught Surge Drive Mk. I
  • Fleshcoil Maintenance Web Mk. I
  • Gloomcore Thermal Dissipation Grid Mk. I
  • Scream-Sink Resonance Dampers Mk. I
  • Ashen Seal Isolation Grid Mk. I
• Propulsion & Hyperdrive Systems:
  
  • Voidflare Ion Engines Mk. II
  • Eclipse Pattern Maneuvering Jets Mk. I
  • Nightcloak Emissions Veil Mk. I
  • Umbral Grav-Repulsion Grid Mk. I
• Support & Recovery Systems:
  
  • Bone-Latch Recovery Hooks and Void-Sled Skids Mk. I
• Weapons & Ordnance Systems:
  
  • Bloodhail Ordnance Conductor Mk. I
  • Nightcoil Vector Matrix Mk. I

• Fully Autonomous Combat Intelligence: Operates without a biological pilot, allowing split-second reactions, uninterrupted combat endurance, and immunity to pilot fatigue, fear, or G-force limitations.
• Variable Geometry Transformation: Seamlessly transitions between high-speed flight and quadrupedal walking configurations, enabling the Glaivewing to engage both spacecraft and the exterior surfaces of capital ships.
• Exceptional Maneuverability: Advanced ion propulsion and adaptive flight controls provide outstanding agility in vacuum and atmosphere, allowing the fighter to evade incoming fire and rapidly reposition.
• Hull Assault Capability: Magnetic anchoring claws and articulated limbs allow the Glaivewing to traverse enemy hulls, bypass firing arcs, and attack vulnerable systems directly from point-blank range.
• Versatile Armament: A balanced mix of laser weaponry, heavy lasers, ion disruptors, missiles, and a Neural Resonance Emitter allows the fighter to engage starfighters, disable capital ships, and neutralize enemy personnel.
• Anti-Personnel Specialization: The Neural Resonance Emitter enables the Glaivewing to incapacitate or eliminate organic crews occupying targeted compartments without requiring catastrophic damage to the host vessel.
• Distributed Intelligence Network: Constant data exchange with nearby Glaivewings and Axiom-class battlecruisers produces highly coordinated swarm tactics, shared targeting solutions, and rapid battlefield adaptation.
• Compact Assault Platform: Despite its relatively small size, the Glaivewing combines interceptor performance with specialized anti-capital capabilities, allowing a single craft to perform multiple combat roles.
• High Survivability: Reinforced armor, redundant internal systems, and autonomous damage compensation allow the fighter to remain operational after sustaining damage that would disable conventional starfighters.

• Limited Magazine Depth: Although heavily armed, the Glaivewing carries only a finite complement of missiles and ion ordnance, reducing sustained strike capability during prolonged engagements.
• Specialized Hull-Assault Doctrine: Many of the Glaivewing's most powerful capabilities require close proximity to enemy vessels, exposing it to concentrated point-defense fire and defensive countermeasures.
• Carrier Dependent: Lacking a hyperdrive, the Glaivewing depends upon carriers, fleet tenders, or orbital facilities for strategic deployment between star systems.
• Mechanical Complexity: The transformation mechanisms, articulated limbs, and magnetic anchoring systems introduce additional maintenance requirements and more potential failure points than conventional starfighters.
• Electronic Dependence: Heavy reliance on advanced sensors, networking, and autonomous processing makes the fighter more susceptible to sophisticated electronic warfare, communications disruption, or cyber intrusion than simpler craft.
• Vulnerability While Attached: Once anchored to an enemy hull, the Glaivewing sacrifices much of its maneuverability and may become vulnerable to localized defensive systems, security teams, or internal countermeasures targeting its position.
• Limited Heavy Firepower: While dangerous against exposed systems and light-to-medium targets, its heavy lasers and missiles lack the sustained destructive capability required to threaten heavily armored capital ships independently.
• Reduced Atmospheric Walker Performance: The walking configuration is optimized for vacuum and low-gravity hull operations. Uneven terrain, dense vegetation, and rugged planetary environments reduce its mobility compared to dedicated ground combat walkers.
• Dependent on Network Coordination: Although fully capable of independent combat, the Glaivewing achieves its greatest effectiveness when operating as part of the Axiom's distributed AI combat network, where coordinated swarm tactics amplify the performance of every individual craft.

The VGSPA-1 Glaivewing (Variable Geometry Self-Propelled Autofighter) represents the culmination of decades of Kainate research into autonomous aerospace warfare. Conceived as a successor to earlier droid starfighters, the Glaivewing was designed around a singular premise: that the next generation of space superiority craft should not merely destroy enemy vessels, but physically dominate them. Rather than functioning as a disposable interceptor, it combines the speed and agility of an advanced starfighter with the specialized capabilities of a hull-assault platform, enabling it to transition seamlessly from conventional dogfighting to methodical attacks against the exterior surfaces of capital ships. Its angular gunmetal hull, crimson solar collection arrays, and predatory silhouette have become instantly recognizable symbols of the Kainate's automated military doctrine.

Development of the Glaivewing began shortly after the successful deployment of the Axiom-class Automated Battlecruiser. While the Axiom's immense long-range firepower allowed it to dominate capital ship engagements, Kainate tacticians identified a persistent gap between disabling an enemy vessel and fully neutralizing it. Conventional starfighters lacked the survivability and specialized equipment necessary to exploit weakened warships, while boarding operations remained costly even for highly trained personnel. Engineers from Malsheem Hypernautics & Manufacturing, working alongside Shadow Mind, therefore proposed a radically different solution: an autonomous fighter capable of physically attaching itself to hostile vessels and dismantling them from the outside inward. The project required extensive advances in transformation mechanisms, magnetic locomotion systems, distributed combat intelligence, and compact power distribution before a reliable production model could be achieved.

Rather than acting as remotely controlled drones or independent autonomous craft, Glaivewings function as distributed extensions of an Axiom's own tactical consciousness. The battlecruiser's FAE/IN-01 Prism Core continuously exchanges information with the Prism Cores carried aboard each embarked fighter, distributing strategic priorities while allowing every Glaivewing to determine the most efficient means of accomplishing its assigned objectives. Targeting data, sensor contacts, electronic warfare information, and predictive firing solutions flow seamlessly throughout the network, enabling entire squadrons to react as though they were components of a single combat intelligence. Even when operating beyond an Axiom's immediate command envelope, Glaivewings maintain this distributed cognition among themselves, reorganizing formations and reallocating targets instantaneously as combat conditions evolve.

At the heart of the Glaivewing is its Variable Geometry Wing System, an intricate assembly of articulated solar-array wings that serve two entirely different combat configurations. During flight, the wings maximize aerodynamic efficiency, heat dissipation, and energy collection while presenting the fighter's distinctive blade-like profile. Upon reaching a target, however, the wing assemblies transform into four articulated locomotion limbs equipped with electromagnetic anchoring claws capable of gripping even rapidly maneuvering starships. This transformation allows the fighter to crawl across armored hulls, navigate around superstructures, and secure stable firing positions against critical external systems that would otherwise remain difficult to engage from conventional attack runs.

Unlike most starfighters, the Glaivewing was never intended to operate as an independent combatant. Its sophisticated autonomous combat intelligence functions as a node within the Kainate's larger distributed battlefield network, continuously exchanging sensor data, targeting solutions, and tactical information with neighboring Glaivewings, Axiom-class battlecruisers, and higher command intelligences. Entire squadrons behave less like collections of individual fighters and more like coordinated appendages of a single strategic mind, capable of adapting to battlefield conditions almost instantaneously. Every maneuver, target assignment, and engagement profile is continuously optimized through collective processing, allowing formations of Glaivewings to execute attacks with a level of synchronization impossible for organic pilots.

Its formidable armament reflects this multirole philosophy. Six laser cannons provide exceptional firepower against hostile starfighters and lightly armored installations, while paired heavy laser cannons enable the destruction of shield projectors, sensor arrays, communications equipment, and other hardened external systems. A retractable ventral turret housing ion disruptor cannons and guided missiles expands the fighter's capabilities against heavily defended targets, allowing it to disable rather than simply destroy enemy vessels. Most feared, however, is its hull-mounted Neural Resonance Emitter. Rather than damaging a ship's structure, the weapon projects tightly focused resonance pulses through localized sections of the hull, overwhelming the nervous systems of organic personnel occupying targeted compartments. Bridge crews, engineering teams, and defensive positions can be incapacitated or eliminated while the surrounding vessel remains structurally intact, making the Glaivewing particularly valuable during capture operations or precision strikes against command elements.