Approved Tech Thermal Micro-Radiators (TMR)

[Laphisto]

OUT OF CHARACTER INFORMATION
Intent: To provide an advanced internal thermal-management system for high-output lightsabers, preventing emitter and power-cell overheating during prolonged combat or Overdrive operation.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: N/A

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PRODUCTION INFORMATION
Manufacturer: Lilaste Arms – Project Harmonia thermal regulation division
Affiliation: Lilaste Order, Diarchy Force Corps, and certified Lilaste Arms weapons engineers
Market Status: Closed-Market
Model: TMR-Mk I
Modularity: Yes
Production: Limited
Material: Seigurium heat-transfer veins, Tensile-Durasteel micro-plates, Blackblood Ice coolant channels, carbon-fiber vent matrix, and high-temperature plasma-resistant composites

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SPECIAL FEATURES

• Micro-Pump Circulation Network: Moves Aetherium-infused coolant through internal heat-exchange capillaries surrounding the cell and emitter assembly.
• Hidden Radiator Fins: Ultra-thin fins embedded beneath the saber's chassis radiate heat without compromising durability or aesthetics.
• Active Vent Lattice: Micro-vents automatically open under load, releasing heat as harmless vapor or thermal glow along the emitter shroud.
• Thermal Feedback Loop: Sensors feed live temperature data to the CTL or PBSD, coordinating cooling with harmonic stability and safety dumps.
• Adaptive Flow Control: Dynamically regulates coolant flow based on blade mode (Precision, Combat, Rend, or Overdrive).
• Maintenance Port: Allows recharging or replacement of the sealed coolant pack during service cycles.

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STRENGTHS

• Extended Overdrive Duration: Dramatically increases safe operating time before heat buildup endangers the crystal or power cell.
• Enhanced Reliability: Prevents thermal stress fractures and internal warping during long engagements or repeated ignition cycles.
• Fail-Safe Synergy: Works with PBSD to absorb residual heat from emergency dumps, accelerating post-vent cooldown.
• Operational Endurance: Allows high-output weapons to function continuously for 30-40 % longer than unmodified sabers.
• Stealth Venting: Heat dispersal emits minimal visible glow or signature, reducing thermal detection by scanners.
• Environmental Adaptability: Maintains efficiency across extreme conditions — vacuum, underwater, or heat/cold enviroments

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WEAKNESSES

• Coolant Depletion: Intensive Overdrive usage can drain coolant reserves, requiring manual recharge or partial disassembly.
• Pump Noise Signature: Under heavy load, micro-pumps emit a faint but distinctive hum that can reveal a user's position in silent operations.
• Impact Fragility: Hard strikes or emitter damage can rupture coolant channels, leading to rapid overheating or system lockout.

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DESCRIPTION
The Thermal Micro-Radiators (TMR) system is Lilaste Arms' answer to the long-standing problem of sustained plasma containment: heat. Traditional lightsabers, even those with advanced harmonics, accumulate dangerous thermal buildup during Overdrive or prolonged use, threatening catastrophic failure to both crystal and emitter assembly.

The TMR integrates a lattice of micro-pumps and radiator veins woven through the saber's chassis. Liquid BlackBlood ice coolant continuously cycles heat away from critical nodes — the power cell, emitter matrix, and containment rings — and channels it toward concealed exhaust fins. When temperatures spike, micro-vents briefly open to release vaporized energy in controlled bursts, keeping internal systems stable without revealing a large thermal plume.

 

[Krass Wyms]

Simple Enough

Approved