Carbon Dynamics develops propulsion and kinetic systems for defense applications, specializing in high-thrust architectures for munitions and compact turbo-generator systems for high-output power needs. The company operates in stealth mode, prototyping jet-fuel-compatible propulsion systems while developing conceptual air-to-surface and surface-to-air effectors.
Funding
Funding not disclosed
Founders
Product
Problem
Modern defense platforms require propulsion and energy systems that deliver high thrust and power density while operating on standard fuels like JET-A or diesel, yet existing solutions often struggle to balance performance, compactness, and fuel flexibility for mission-critical applications.
Solution
Carbon Dynamics builds high-thrust propulsion architectures for kinetic and loitering munitions, achieving thrust levels exceeding 900N using conventional JET-A or diesel fuels. The company also develops compact turbo-generator systems with energy density greater than 320 Wh per pound, addressing high-output power needs in field environments. For kinetic applications, Carbon Dynamics designs air-to-surface and surface-to-air effectors with adaptive payload configurations, currently in conceptual development. The company operates in stealth mode, signaling a deliberate approach to maturing its prototyping and patent-pending technologies before broad market disclosure.
Target Audience
Primary customers are defense contractors, military procurement agencies, and munitions manufacturers requiring advanced propulsion, energy generation, and kinetic effector systems for aerial and ground-based platforms.
Features
- High-thrust propulsion systems exceeding 900N for kinetic and loitering munitions
- Jet-A and diesel fuel compatibility for operational flexibility and logistics simplicity
- Compact turbo-generator energy systems with energy density greater than 320 Wh/lb
- Patent-pending energy technology protecting proprietary power-generation architecture
- Adaptive payload configurations for air-to-surface and surface-to-air effectors
- Division-based product structuring (Propulsion, Energy, Kinetic) enabling focused engineering development