Advanced Research and Technology
Pioneering the propulsion and systems of tomorrow
Our Advanced Research & Technology (AR&T) portfolio serves as the primary incubator for our next-generation, early-stage innovations. Dedicated to overcoming the most extreme challenges of deep space transit, planetary exploration, and advanced defense applications, this portfolio bridges the gap between theoretical physics and applied engineering. By investing in radical efficiency, closed-loop sustainability, and mission-enabling architectures, we are developing the critical subsystems that will define the next era of space, moon to mars infrastructure, and terrestrial operations.
Variations
Deep Space & Transit Architectures
Redefining beyond-LEO physics through Nuclear Electric Propulsion (NEP), propellant-less Delta-v (Solar/Magnetic Sails) and high-efficiency maneuvers that maximize specific impulse for lunar and Martian frontiers.
In-Situ Resource Utilization (ISRU) & Sustainability
Enabling planetary autonomy by harvesting local materials through Extraterrestrial Metallurgy for regolith refining and Advanced Gasification to convert mission waste and atmospheres into breathable oxygen and propellant.
Advanced Propulsion, Power and Thermal Management
Providing high-reliability NEER Technology (Nitrous Ethane-Ethylene Rockets) and green monopropellants for precision maneuvers, supported by high-density energy storage and active heat rejection for extreme space environments.