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Look At Me Thermal

Existence is Heat. We are the Cure.

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1. The Aluminum Trap

The Problem

Legacy aerospace primes are bolting heavy, static 15-year aluminum plates to modern satellites. This creates a catastrophic thermal bottleneck for high-power LEO megaconstellations.

Too Heavy: Cripples launch mass economics.
Too Vulnerable: Single-point-of-failure micrometeoroid risks.
Unscalable: Fails under 10kW+ next-gen payloads.

FAILURE

2. The Aegis Architecture

The Solution

We don't build radiators. We build Thermal Cartridges. 1U aluminum boxes containing 5 independent, rolled-up Kapton inflatable radiators.

Surface-Printed FHE: Electronics printed directly on the polyimide.
Self-Healing: Blow-and-roll pneumatics retract dead balloons in milliseconds.
Lightweight: 80% mass reduction compared to legacy plates.

3. Total Addressable Market

The LEO Bottleneck is a $12B Opportunity.

$12B

TAM

Total Orbital Thermal Management

$4.5B

SAM

Megaconstellation Sub-Systems

$800M

SOM

Next-Gen High Power Comm Arrays

4. Business Model (DaaS)

Hardware Sales

Direct B2B sales of the Aegis Cartridge to primes and constellation operators. High margin, recurring revenue per launch.

Data-as-a-Service (DaaS)

Our printed surface dosimeters gather massive amounts of Space Weather and orbital traffic telemetry. We retain the rights to this data and license it back to defense networks.

5. Go-To-Market Strategy

Phase I: Ground Truth (Q3 2026)

Thermal vacuum chamber testing. Validating FHE mesh stress fractures under 3,500K load.

Phase II: The LEO Drop (Q1 2027)

Deploying 3 testbed balloons on a rideshare mission to prove pneumatic retraction in microgravity.

6. The Society

We aren't here to beg for capital. We are here to rewrite orbital mechanics.

Join The Society

Become an insider on the future of thermal spacecraft architecture.

Join the Society Return to Mainframe