Cellular Propulsion Systems (CPS)
Patented microcellular propellant: 15% Isp gain, inherently safe, scalable.
Executive Summary
Cellular Propulsion Systems (CPS) has developed a patented microcellular solid propellant technology and Supercritical Fluids manufacturing process that reimagines how solid rocket motors are formulated, produced, and deployed. By encapsulating energetic fuel-oxidizer combinations within protective microcell structures, CPS delivers propellants that are safer, greener, higher performing, and castable at the launch site---enabling 7-day pour-and-launch capability.
The Problem
Conventional solid propellant production uses 60-year-old batch-mix technology that is dangerous, toxic, and performance-limited. Unprotected mixing restricts formulations to low-energy fuels, produces propellant prone to catastrophic void formation, and generates hazardous waste. Large motors must be segmented and shipped under special handling with launch preparation taking weeks. The DoD has identified new propulsion as a Critical Technology Area.
The Solution
CPS's patented microcell architecture isolates energetic ingredients within protective polymer barriers until ignition---enabling fuel-oxidizer combinations impossible with conventional methods and up to 15% Isp improvement. The Supercritical Fluids process is green, scalable, and produces insensitive propellants shippable via standard hazmat transport and castable at the launch site. Phase I R&D (University of South Florida) is complete; 18-month Phase II advances to full-scale demonstration.
Strategic Advantages
Dual patents (microcellular architecture + Supercritical Fluids manufacturing). 15% Isp gain with 10x burn-rate range and precision thrust profiling via microcell layering. Green manufacturing, near-zero toxic waste. Launch-site casting enables the Flex-Launch Logistics Program: 7-day pour-and-launch turnaround.
Market Opportunity
The solid rocket propellant market is ~$3.2B in 2025 within a $6.6B propulsion market projected to reach $10.2B by 2030 (9.3% CAGR). Green propulsion regulation and DoD responsive-launch demand create direct market pull. Advanced materials and green formulations drive the fastest adoption at 6–8% CAGR.
Execution Readiness
Phase I R&D complete (USF), validating the patented microcell process. Phase II (18 months) scales production and demonstrates full motor performance. Manufacturing integration with Omega Space Systems. Direct supply to E'Prime Eagle Series and broader commercial/military customers.
Key Facts
- ▸Dual patents: microcellular architecture + SCF manufacturing
- ▸15% Isp gain with inherent safety through polymer barriers
- ▸Integration with OSS mass-production facility
- ▸Phase I R&D validated at University of South Florida
Market Opportunity
$3.2B propellant within $6.6B propulsion market growing at 6–9% CAGR
Financial Detail — NC-9 Data Room
Detailed financial projections, valuation, and capital requirements for CPS are available to qualified investors in the NC-9 Data Room.
Investor InquiryCross-Venture Synergies
- Integration with OSS mass-production facility