Creating partnerships with universities for sustainable satellite missions.
One of our focuses is assisting educational institutions in their research and development. We recognize the difficulties that universities encounter in their satellite projects. Our goal is to provide water propulsion systems to help students and academia to realize their initiatives.
Our mission is to provide water propulsion systems for maneuvering and deorbit processes, reducing space debris and guaranteeing long-term orbital sustainability.
- Thrusters that employ low-pressure water as a propellant present very low risk, as they ensure safe usage in space as well as easy integration in common laboratory settings.
- Water propulsion technology improves mission versatility and extends operational lifetime by delivering high specific impulse.
- Water propulsion systems facilitate effective deorbiting to reduce space debris, which is aligned with the global efforts for responsible space exploration.
Steam Tunacan Thruster is a propulsion system engineered specifically for nanosatellites. It is small, easy to operate and designed to be installed outside of the main CubeSat structure even of 1U size, which enables saving internal volume used for payloads and other subsystems. Due to its size and particular design Steam Tunacan Thruster fits perfectly within the limitations of CubeSats, making it a perfect option for academic projects. Steam Tunacan Thruster lead time is 3-4 months.
Steam Thruster One is a flight-proven propulsion system for satellites sized 6U and above. One of the main features of the thruster is its customizable design to meet different mission requirements. Steam Thruster One is safe, non-toxic, and easy to handle. It can be effortlessly integrated into any satellite and eliminate the need for special safety measures in university laboratory settings.
Steam Thruster One is a flight-proven propulsion system for satellites sized 6U and above. One of the main features of the thruster is its customizable design to meet different mission requirements. Steam Thruster One is safe, non-toxic, and easy to handle. It can be effortlessly integrated into any satellite and eliminate the need for special safety measures in university laboratory settings.
We are committed to enabling education growth and innovation, thus universities that partner with us receive an exclusive offer and tailored propulsion solutions for their specific requirements.
We are committed to enabling education growth and innovation, thus universities that partner with us receive an exclusive offer and tailored propulsion solutions for their specific requirements.