Space Propulsion Systems: Rethinking Innovation

Space Propulsion System, Steam Thruster One

Innovation is not only about creating new ideas and technologies, but about rethinking and reimagining the current ones. Today we are challenging traditional approaches to space propulsion in order to improve their relevance and usability.

Breakthrough Technology

Dependability, accuracy, and effectiveness are the three essential principles that underpin any revolutionary technology. They guarantee that the most daring designs can be implemented and have a meaningful impact in reality. At SteamJet, we engineer solutions that perform exceptionally well in real-life scenarios. Our space propulsion systems are created to be effective, long-lasting, and improve thrust efficiency.

Water Propulsion Is the Key to Sustainability

We harness the power of steam to transform the space propulsion industry. Our steam generation technology presents an eco-friendly, secure, and sustainable solution for navigating CubeSats and Small Satellites in space. It offers a clean substitute for traditional space propulsion systems, achieving an ideal balance of outstanding performance and environmental accountability.

Low-pressure water as a propellant minimizes the impact on space, simplifies operation and provides safety. On top of that, our thrusters are easily integrated into any satellite. SteamJet thrusters represent a significant breakthrough in CubeSat technology and provide the reliability needed for a range of space missions.

Moving Forward

As the space sector advances, our methods for space propulsion also progress. We reevaluate existing technologies to open up new possibilities for space missions. We believe that the future is not about moving faster, but about working smarter.

Space Propulsion System, Steam Thruster OneFor us, innovation isn’t just a concept. We believe that genuine innovation arises from addressing real-world challenges. Our commitment to innovative and provide progressive solutions drives us to continually expand the boundaries of space exploration and aid in the advancement of the industry.

Our product lineup features Steam Thruster One, a flight-qualified space propulsion system that is intended for CubeSats and Small Satellites, along with Steam Tunacan Thruster, which is specifically created for CubeSats.

SteamJet engineered reliable and efficient space thrusters with optimal performance. Their simple design allows for customization to meet various mission requirements and does not cause any RF or magnetic interference.

More technical information regarding the thrusters is available on our website. This includes specifications, performance data, and recent test results. Steam TunaCan Thruster and Steam Thruster One. Discover how SteamJet innovations are shaping the future of sustainable satellite propulsion.

The Future of CubeSat Propulsion Is Here – Are You Keeping Up?

water propulsion

The satellite industry has experienced historic growth over the last few years. This is particularly evident in the small satellite sector. CubeSats or smaller satellites are cost-effective and versatile. They have become a vital instrument in space exploration, communications, and research, with innovations like water propulsion contributing to their development.

One of the keys to a mission success is selecting the right propulsion system. Choosing a suitable thruster can be difficult, yet it is essential for any mission or service that necessitates in-space maneuvering and control. While the market provides multiple CubeSat propulsion systems, including water propulsion, it is crucial to know how to evaluate them.

Performance, safety, cost-effectiveness, and sustainability are among the most important factors to consider in propulsion design.

Precise Control and Reliability

Water propulsion offers enhanced maneuverability, enabling precise orbit adjustments and facilitating complex mission profiles. It provides the capability to adjust thrust levels for accurate maneuvers, crucial for missions that need exact positioning and alignment. Moreover, this type of space propulsion system is relatively simple to design and operate. The technology is streamlined because it doesn’t require complex chemical reactions, thus minimizing the likelihood of technical failures.

Safety and Non-Toxicity

Water is one of the promising propellants because it is non-toxic and non-combustible. Thus, water propulsion eliminates the need for high-pressure gas systems. It is readily available, easy to handle and store, as well as poses few risks to both the spacecraft and the personnel engaged in mission preparation. On top of that, a water propulsion system may expedite the time required for safety evaluations.

Cost-effectiveness

Water as a propellant allows for the alignment of budget limitations with optimal performance while maintaining quality standards. It is an accessible resource that has a much lower price than numerous conventional chemical propellants. The water propulsion system is suitable for missions with limited funding.

Sustainability

Water propulsion is eco-friendly since it generates only water vapor, which is harmless to the space environment. This feature is in perfect alignment with a trend on sustainable space exploration and reducing the generation of space debris. Water vapor presents no danger to other spacecraft or orbital environments.

SteamJet engineered reliable and efficient space thrusters with optimal performance. Their simple design allows for customization to meet various mission requirements and does not cause any RF or magnetic interference.

More technical information regarding the thrusters is available on our website. This includes specifications, performance data, and recent test results. Steam TunaCan Thruster and Steam Thruster One. Discover how SteamJet innovations are shaping the future of sustainable satellite propulsion.

Space Sustainability: Responsible Exploration and Innovation

Today, the space sector is advancing rapidly. The number of launches and satellites in orbit is increasing. This creates fresh opportunities for commerce, research, and environmental monitoring. However, this growth also brings sustainability challenges, both on our planet and in outer space. One of the issues is a growing amount of orbital debris being generated, which highlights the importance of CubeSat propulsion in mitigating this challenge.

Orbital Debris Challenge

Space exploration is becoming more attainable for entrepreneurs and innovators. With the expansion of satellite constellations in both quantity and scale, numerous new items are being introduced into low Earth orbit—not only satellites but also space debris. This debris typically includes non-functional satellites and abandoned rocket stages, raising worries about orbital overcrowding and long-term viability.

The debris poses a threat of collision events and may ultimately hinder or render it unfeasible for satellites to function properly in the low Earth orbits utilized for scientific purposes and communications.

Commitment to Sustainable CubeSat Propulsion

At SteamJet, we believe the future depends on making responsible choices and exploring the stars without leaving unnecessary marks. Our commitment is to adopt sustainable and eco-friendly propellants to reduce the effect on space environments.

SteamJet propulsion systems function solely in the space environment and pose no threat to the Earth’s atmosphere. They don’t contain hazardous or flammable materials that require special care when being installed on a satellite. Our engines activate solely in space, and unlike various other satellite types, they can be deployed from a spacecraft or space station – their launch and functioning pose no risk to the crew.

CubeSat propulsion systems powered with water transform the modern approach to satellite mobility and sustainability. They offer safe, cost-efficient, and environmentally responsible solutions to enable precise orbit adjustments, maintain satellite positioning, support constellation coordination, and ensure end-of-life de-orbiting.

More technical information regarding the thrusters is available on our website. This includes specifications, performance data, and recent test results. Steam TunaCan Thruster and Steam Thruster One. Discover how SteamJet innovations are shaping the future of sustainable satellite propulsion.

CubeSat Propulsion System Powered with Water

CubeSat Propulsion system powered with water

Small spacecraft CubeSat propulsion systems are now in high demand. There are several reasons why this need has grown in recent years.  These systems adjust and maintain orbits, maneuver around other objects and avoid collisions, manage constellations, and fast-track de-orbiting processes without cluttering the space environment even further.

The water-powered CubeSat propulsion system is a breakthrough technology intended to improve the capability and sustainability of space missions. These systems employ water as fuel, turning it into propellant. Hence, they become safer, more affordable, and eco-friendly.

Low-pressure water as the main propellant

The fuel type utilized in CubeSat propulsion systems can bear major safety implications. Conventional fuels have such risks as toxicity, flammability, and instability. Therefore, these fuels require higher safety measures leading to increased mission costs.

Water is a green and affordable propellant, it is nontoxic and stable. On top of that, water is much easier to handle and safer to carry on a spacecraft.

CubeSats and small satellites are typically launched into space as secondary payloads. They are often carried alongside larger payloads. Regular rocket fuels for CubeSat propulsion systems raise mission risks by jeopardizing other payloads and launch vehicles. Thus, water becomes the best type of fuel to minimize these risks while providing a safe, reliable, and efficient propulsion option for CubeSats, ensuring compatibility with shared launch environments.

Common use-cases

Water-powered CubeSat propulsion systems possess significantly enhanced functionality. Consequently, they can solve several key problems:

  • Reaching the Correct Orbit: The propulsion system aids a satellite in navigating to its exact orbit once it is launched into space.
  • Adjusting the Orbit: The atmosphere drags the satellite down when it is in low Earth orbit (LEO). Over time, this results in slowing down and lowering the altitude. The propulsion system facilitates its return to orbit.
  • Managing Satellite Constellations: When multiple satellites need to work together, they must be oriented and spaced at a certain distance from one another. They can retain and modify their layout due to the propulsion system.
  • De-orbiting: Since space debris is becoming a bigger issue, it is essential to prepare the satellite for end-of-life disposal before launching it. A propulsion system allows a small satellite to safely leave the orbit and proceed to a predetermined location or burn up in the atmosphere.

CubeSat propulsion systems powered with water transform the modern approach to satellite mobility and sustainability. They offer safe, cost-efficient, and environmentally responsible solutions to enable precise orbit adjustments, maintain satellite positioning, support constellation coordination, and ensure end-of-life de-orbiting.

More technical information regarding the thrusters is available on our website. This includes specifications, performance data, and recent test results. Steam TunaCan Thruster and Steam Thruster One. Discover how SteamJet innovations are shaping the future of sustainable satellite propulsion.