ExoTerra was founded in 2011 with a vision of reducing the cost of space exploration. We pursue this goal by developing affordable technologies that minimize spacecraft mass, including high efficiency propulsion, miniaturization, in-situ resource utilization and reusable infrastructure. The ExoTerra Team continues to grow, with expertise in mechanical, electrical and systems engineering.
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ExoTerra offers Miniaturized Hall Effect Thrusters and Propellant Distribution Systems for High Impulse, Affordable Microsatellite and CubeSat Propulsion.
ExoTerra’s Power Systems offer radiation tolerant, lightweight, high effieciency power systems designed for Solar Electric Propulsion systems.
ExoTerra’s Courier offers an end to end power & propulsion solution for Cubesats capable of delivering >1200 m/s dV and 300 W to a 12U spacecraft
ExoTerra’s Mechanical Engineering Team has experience with flight spacecraft such as Genesis, Mars Exploration Rover, Osiris Rex, Orion and A2100. We have expertise in space structures (including composites), mechanisms design and reentry systems. Our analysis team has expertise in dynamics, stress and thermal.
Our Electrical Engineering Team has experience in Solar Array design and radiation tolerant power distributions systems. Weve worked on a wide range of power systems, from CubeSat class to Asteroid Redirect Mission sized.
ExoTerra’s systems engineers possess a broad array of skills and experience on spacecraft ranging from Cubesats, to commercial spacecraft like A2100, to interplanetary missions such as Osiris Rex and Mars Exploration Rover, to manned systems such as Orion, Dream Chaser and Shuttle. Our primary expertise is with integrated solar electric propulsion systems.