Unreviewed Hettyc Kar-type Siege Array

[Thyr Kyron]

H E T T Y C
K A R
​

"We have them caught unawares. Are you sure you want to broadcast our position?"
"I want them to know that we are here."
- Exchange between Romul Saxon and a Clan Saxon bridge commander.

OUT OF CHARACTER INFORMATION

• Intent: To create a siege array for the Iron Covenant.
• Image Source: N/A
• Canon Link: N/A
• Permissions: Roble Manufacturing
• Primary Source: N/A

PRODUCTION INFORMATION

• Manufacturer: Kestri Heavy Engineering
• Affiliation: The Iron Covenant
• Market Status: Closed-Market
• Model: Hettyc Kar-type Siege Array
• Modularity: Yes
  • Variable starship frame installation
• Production: Mass-Produced
• Material:
  • Holotransmitter Arrays
  • Capacitators
  • Duranium Structure
  • Liquid-Aenite Coating
  • Laminanium Superconducting Core
  • Dolovite Heat Insulation
  • SACG-23S Shock-Absorbent Gel

SPECIAL FEATURES

• Stellar Discharge Emitter Core
  • Wide-Angle Projector lattice
  • Shield saturation pulse emitter
  • Sensor overload emitter
  • Ionic cascade emitter
• Directional Gravitic Shear Emitter.
  • Gravitic Collimation Lenses
• Management Protocols
  • Fleet Exclusion Vector Protocols
  • Allied Telemetric Network Integration
  • Automated Vector Synchronization Processor
• Power Management Systems
  • Capacitor Banks
  • Thermal Venting Spine
  • Autoamated Cooldown Regulation Protocol

STRENGTHS

• Battlefield Initiator: The array is designed to significantely disrupts sensors, shields, electronics, and spatial stability simultaneously for a short window of time, giving allied fleets a powerful opening advantage. This burst is considerably more powerful than even advanced jammer systems.
• Formation Breaker: The integrated gravitic shear wave can destabilize tightly coordinated enemy fleet formations during the first moments of combat.
• Fleet Strike Amplifier: When synchronized with coordinated volleys, the system dramatically increases the effectiveness of an opening assault.
• The Bigger The Ship: A bigger ship may provide larger power draws for the siege array and thus a more powerful emitter wave.

WEAKNESSES

• Long Recharge Cycle: The immense energy cost restricts the system to limited activations during an engagement, effectively once per thread.
• Limited Direct Destructive Power: The Hettyc Kar primarily disrupts enemy systems rather than destroying ships outright.
• Large Vessel Requirement: Reactor demand and capacitor mass limit the system to large capital ships (ships under 2000 meters in length cannot install this system).
• Fool Me Once: The array emits a powerful burst that is not constant. Systems may quickly recover. The purpose of the array is to get an enemy off its footing, demoralize them, and give friendly ships an advantage, but unlike conventional jammers, it is not a constant attack; quite the opposite, it is an ultimately short burst.

DESCRIPTION
The Hettyc Kar-type Siege Array is a fleet disruption system designed to seize initiative during the opening moments of a naval engagement. It is a formal declaration of war, and I AM HERE AND HERE TO STAY, and the epitome of Mandalorian bravery and bravado in combat. The array combines electromagnetic radiation, ionized particle dispersal, and controlled gravitic distortion into a single coordinated discharge intended to destabilize enemy fleets as a prelude to the first major exchange of fire.

The system's primary component is the Steller Discharge Emitter Core, which accumulates immense energy reserves within dedicated capacitator banks. When activated, this energy is released through the wide-angle projector lattice in the form of a massive electromagnetic and particle burst, inspired by the violent flare eruptions observed on active stars. This discharge spreads across a broad, three-dimensional forward arc, allowing the flagship to engulf multiple vessels or entire formations in a single activation.

The initial effects target defensive and sensor systems. Several pulses meant to overwhelm enemy systems are combined into one package. A shield saturation pulse is designed to flood nearby shield generators with chaotic radiation frequencies, forcing shield matrices to compensate for sudden harmonic instability. While this rarely collapses shields outright, it can trigger momentary fluctuations in shield cohesion, designed to compel defensive systems to cycle power across different shield layers rapidly. At the same time, a sensor overload burst saturates local space with electromagnetic noise, degrading targeting sensors, communications arrays, and fire-control computers. Immediately following is an ionic cascade wavefront, dispersing charged particles capable of interfering with exposed electronic systems and power distribution networks. It's essentially shouting in an opera hall, almost anti-stealth, screaming over all sensor systems that a fleet is here and ready to brawl. It is designed to completely overwhelm all active sensor systems. Ships caught within the wave may experience brief control instability or degraded targeting performance as onboard systems struggle to filter interference and maintain operational stability.

Principally integrated into this electromagnetic assault is the system's directional Gravitic Shear Emitter. Using gravitic collimation lenses, the array generates a controlled gravitational distortion wave that propagates through the same forward engagement corridor as the initial radiation burst. The shear wave produces fluctuating gravitational gradients that force ships to continuously correct their vectors as inertial dampeners and navigation systems attempt to compensate; otherwise, they may not-so-gently be moved off course. This gravitational wave emits with a steadily fading after-effect ripple for several minutes until it fades off into nothing. These small but sudden shifts in gravitational balance can disrupt precise firing solutions and destabilize coordinated formations. Fleet maneuvers that rely on synchronized positioning, such as shield walls, overlapping defensive grids, or concentrated firing lines, may briefly lose alignment as ships struggle to maintain their assigned vectors.

Because uncontrolled gravitic disturbances could threaten allied vessels as well as enemy forces, the system employs fleet exclusion vector protocols integrated directly into the fleet combat network. These protocols constantly track the relative position and maneuvering trajectories of friendly ships, automatically shaping the emission corridor so the distortion wave propagates only through hostile engagement zones. A vector synchronization processor further coordinates the exact timing of the emitter activation using pre-planned fleet firing solutions transmitted through fleet combat networks so that allied ships are positioned to exploit the momentary disruption rather than suffer from it.

Following the discharge, a radiation shock envelope will briefly saturate the surrounding space with energetic particles, prolonging sensor interference and further complicating enemy targeting calculations. During this fleeting period of confusion, Covenant warships can unleash coordinated volleys against opponents whose defenses, sensors, and spatial positioning have all been simultaneously compromised. However, the immense energy required to produce such a discharge places heavy strain on the host vessel's reactor systems. Thermal buildup following activation must be rapidly vented through dedicated radiative structures, and the capacitor banks require significant time to recharge before another discharge can occur. As a result, commanders must carefully choose the moment of activation, as the Solarflare Siege Array is most effective when deployed at the exact moment battle begins.

The Hettyc Kar-type Siege Array is an engagement initiator, not a conventional weapon. It is the screaming Mandalorian chorus to initiate glorious combat. By blinding sensors, destabilizing shields, disrupting electronics, and introducing localized gravitic turbulence, the array creates a narrow but decisive window in which a prepared fleet can deliver overwhelming opening strikes before an enemy formation can fully recover.