Faraday Technology’s innovation combines a direct print method and module to print covetic materials on-demand in an LEO environment with the desired material property enhancements. Next generation materials like ‘covetics’ have the potential to meet many of NASA’s needs on-board the International Space Station and in spacecraft systems. These materials have high thermal and electrical conductivity and high strength, and could be utilized to make spot structural repairs, be printed into forms like electronic components or sensors, or be utilized as heat exchanger materials. An approach for on-demand manufacturing of covetic materials and components on-board the ISS has a wide potential impact on NASA logistics and safety.