Laphisto
High Commander of the Lilaste Order
OUT OF CHARACTER INFORMATION
Intent: A lightsaber ignitor upgrade that stabilizes and ignites blades reliably across environments and offers a tactical split-blade mode.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source:
PRODUCTION INFORMATION
Manufacturer: Lilaste Arms
Affiliation: Lilaste order/Diarchy
Market Status: Closed-Market
Model: APSI-Mk I
Modularity: No
Production: Minor
Material: Kov'dra-frame ignitor housing, microphase coils wound with Tensile-Durasteel Mesh supports, internal conduits lined with Crystallized Aetherium filaments to stabilise energy flow and resist EMP/ion surge.
SPECIAL FEATURES
STRENGTHS
WEAKNESSES
DESCRIPTION
The Adaptive Phase-Seal Ignitor (APSI) is an advanced lightsaber ignitor module developed by Lilaste Arms to give frontline operatives a reliable blade in any environment while adding a new tactical option: a split micro-blade. The APSI grew from field reports of blade instability during high-pressure boarding actions, aquatic insertions, and vacuum extrications where conventional ignitors either failed to sustain a coherent plasma column or demanded painstaking recalibration.
Functionally, the APSI integrates a microphase coil array with an adaptive phase algorithm. On ignition the module actively samples crystal resonance and ambient medium parameters (pressure, particulate density, ionic gradients) then dynamically adjusts containment field geometry and emitter lattice phasing to produce a stable blade. If the unit detects sudden ambient changes (hull breach, immersion, venting), the phase-seal subroutine reconfigures in milliseconds to prevent blade dispersion or catastrophic phase instability.
Tactically, the split-blade mode is the APSI's signature feature. Rather than forcing a full-spoil into two independent sabers, the APSI rephases the emitter lattice to create two narrowly separated micro-filaments running from the same emitter port. The resulting geometry allows the wielder to use shearing attacks that beat single-edge defenses, cut through composite cables, or slide between armored plate seams. Split mode is intended for short, decisive windows — it is not optimized for prolonged dual-wielding combat because the generated micro-blades share the same power reservoir and containment matrix.
Intent: A lightsaber ignitor upgrade that stabilizes and ignites blades reliably across environments and offers a tactical split-blade mode.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source:
PRODUCTION INFORMATION
Manufacturer: Lilaste Arms
Affiliation: Lilaste order/Diarchy
Market Status: Closed-Market
Model: APSI-Mk I
Modularity: No
Production: Minor
Material: Kov'dra-frame ignitor housing, microphase coils wound with Tensile-Durasteel Mesh supports, internal conduits lined with Crystallized Aetherium filaments to stabilise energy flow and resist EMP/ion surge.
SPECIAL FEATURES
- Environment Adaptive Phase-Seal: Automatic phase algorithm seals plasma containment and adjusts coil modulation so the blade will ignite and hold stable in vacuum, standard atmosphere, or underwater depths (tested to -2000m equivalent pressure).
- Dual Micro-Blade Split Mode: On demand, APSI can bifurcate the single blade into two contiguous micro-blades (split angle ~7–12°) by reconfiguring the emitter lattice and phasing the plasma into two parallel filaments for cutting and shearing tasks.
- Auto-Sync Crystal Compensation: Minimal recalibration required — APSI senses crystal resonance and applies compensatory phase harmonics to maintain blade geometry and color fidelity.
- Phase Leak Safeguards: Multi-tier locking prevents accidental ignition in hazardous environments and seals the ignitor if containment instability is detected.
- Low-Signature Ignition: Short, directed energy burst profile reduces ignition flash and sound—useful for stealth operations and confined-space missions.
STRENGTHS
- Reliable full-power ignition and stable blade behavior across vacuum, atmosphere, and underwater environments.
- Tactical split-blade capability provides enhanced cutting and shearing options without sacrificing primary blade integrity.
- Hardened against EMP, ionic discharge, and radiation surges thanks to Crystallized Aetherium lining and Kov'dra reinforcement.
- Lower maintenance cadence for field operators — self-diagnostic routines flag coil wear and phase drift before catastrophic failure.
WEAKNESSES
- Power Draw Spike: Split-blade mode increases core load by ~18–25% (depending on crystal), shortening continuous burn time if activated without a power management protocol.
- Crystal Sensitivity Limit: Works best with Crystallized Aetherium and standard kyber-class crystals; highly exotic or damaged crystals may force an ignitor shutdown to prevent catastrophic phase collapse.
DESCRIPTION
The Adaptive Phase-Seal Ignitor (APSI) is an advanced lightsaber ignitor module developed by Lilaste Arms to give frontline operatives a reliable blade in any environment while adding a new tactical option: a split micro-blade. The APSI grew from field reports of blade instability during high-pressure boarding actions, aquatic insertions, and vacuum extrications where conventional ignitors either failed to sustain a coherent plasma column or demanded painstaking recalibration.
Functionally, the APSI integrates a microphase coil array with an adaptive phase algorithm. On ignition the module actively samples crystal resonance and ambient medium parameters (pressure, particulate density, ionic gradients) then dynamically adjusts containment field geometry and emitter lattice phasing to produce a stable blade. If the unit detects sudden ambient changes (hull breach, immersion, venting), the phase-seal subroutine reconfigures in milliseconds to prevent blade dispersion or catastrophic phase instability.
Tactically, the split-blade mode is the APSI's signature feature. Rather than forcing a full-spoil into two independent sabers, the APSI rephases the emitter lattice to create two narrowly separated micro-filaments running from the same emitter port. The resulting geometry allows the wielder to use shearing attacks that beat single-edge defenses, cut through composite cables, or slide between armored plate seams. Split mode is intended for short, decisive windows — it is not optimized for prolonged dual-wielding combat because the generated micro-blades share the same power reservoir and containment matrix.
Out Of Character Info
Intent:
to create a light saber component for the Diarchy and Lilaste order
Technical Information
Affiliation:
Lilaste order | Diarchy
Modular:
No
Material:
Kov'dra Aetherium Crystal Tensile durasteel mesh
