ThermaSat's Baseline high thrust engine uses water propellant and minimal electrical power draw. Simple, modular, and ideal for everyday use.
The ThermaSat Plus Orbital Transfer Vehicle (OTV) provides high efficiency, high thrust propulsion for the biggest and most important missions.
ThermaSat Powered Robots utilize the ThermaSat capabilities to provide COTS ISAM, docking, and observation assistance.
ThermaSat's Baseline high thrust engine using water propellant and minimal electrical power draw. Simple, modular, and ideal for everyday use.
The water based and low-pressure propulsion system poses little risk to human crew and costly assets, and can assist with station inspections, assembly, and satellites docking.
ThermaSat equipped robots, utilize the ThermaSat capabilities to provide COTS ISAM, docking, and observation assistance.
ThermaSat is an in-space mobility and In-Space Servicing Assembly and Manufacturing (ISAM) provider bringing steam locomotion to space. The overall goal of ThermaSat Inc. is to provide mobility and ISAM solutions that blend seamlessly together.
ThermaSat’s water-based propulsion systems enable a truly “green” and safe propulsion option for satellites and spacecraft in LEO, MEO, and beyond. The ThermaSat system has a specific impulse of 150s and 1N thrust with a monopropellant thruster that requires a minimal power draw of <10W, provides high thrust, and maintains high levels of safety, making it ideal for almost any mission. The larger ThermaSat plus system utilizes even higher temperatures and other propellants for larger GEO and cis lunar payloads of up to 10,000kg + with a specific impulse over 800s.
ThermaSat is an in-space mobility and In-Space Servicing Assembly and Manufacturing (ISAM) provider bringing steam locomotion to space. The overall goal of ThermaSat Inc. is to provide mobility and ISAM solutions that blend seamlessly together.
ThermaSat’s water-based propulsion systems enable a truly “green” and safe propulsion option for satellites and spacecraft in LEO, MEO, and beyond. The ThermaSat system has a specific impulse of 150s and 1N thrust with a monopropellant thruster that requires a minimal power draw of <10W, provides high thrust, and maintains high levels of safety, making it ideal for almost any mission. The larger ThermaSat plus system utilizes even higher temperatures and other propellants for larger GEO and cis lunar payloads of up to 10,000kg + with a specific impulse over 800s.
ThermaSat provides an unparalleled capability and a unique thermal propulsion approach for maneuvering in space.
With nearly unlimited configurations and operational concepts ThermaSat’s family of systems offer unmatched capabilities enabling more space missions, more space assets, and more space-based capabilities at a fraction of the cost.
Contact Us today to learn more about our solutions and how we can help you achieve your space mission goals.
ThermaSat provides an unparalleled capability and a unique thermal propulsion approach for maneuvering in space.
With nearly unlimited configurations and operational concepts ThermaSat’s family of systems offer unmatched capabilities enabling more space missions, more space assets, and more space-based capabilities at a fraction of the cost.
Contact Us today to learn more about our solutions and how we can help you achieve your space mission goals.