Neutron Star Systems develops high-temperature superconductor (HTS)-based spacecraft systems using a system-of-systems approach. We focus on integrating electric propulsion, advanced power management and distribution, and radiation-aware design into scalable architectures for next-generation space missions.
Our work builds on European innovation programs and industry collaborations, where we have contributed to the development of HTS-enabled propulsion and energy systems. By combining superconducting technologies with robust materials engineering and system integration, we aim to improve efficiency, reduce mass, and increase operational flexibility across multiple orbital regimes.
We position HTS as a core enabler for sovereign space capabilities, supporting applications such as in-orbit services, space logistics, and high-performance satellite platforms.
HTS-based spacecraft solutions: system-of-systems design, electric propulsion integration, PMAD architectures, and digital twin simulation. We support mission design, subsystem development, and co-development to enable efficient, scalable space systems.
Buyer
Other
Demonstration
License partner
Investment/Finance
Integrated energy systems and mobility (Energy)
Research and development (Research & Technology)
Author
Founder - CEO at Pi Space Solutions UG (haftungsbeschränkt)