Turning the science of dust and plasma into technologies for exploration—on the Moon and beyond.
Dust is a challenge for exploration—and a window into the space environment. Space Dust Research & Technologies translates studies of dust and plasma into practical tools for lunar missions and low Earth orbit.
Discover what we’re developing ↘
##INLINE2##Electron-Beam Dust Mitigation uses low-energy electrons to charge and lift dust from surfaces. A contact-free approach for cleaning spacesuits, solar panels, thermal radiators, and optics.
##INLINE7##The CubeSat Langmuir Probe measures electron density and temperature in low Earth orbit, bringing high-cadence plasma measurements to compact missions.
##INLINE12##The Electron Beam Regolith Separator charges regolith particles for electrostatic separation by size and composition, with the aim of improving lunar resource utilization.
Our team brings together space science, instrument development, and mechanical and electrical engineering to turn research into technologies for the next generation of missions.
Meet the full team ↗CEO & Co-Founder
CSO & Co-Founder
A shared focus: connecting fundamental understanding with the practical needs of space exploration.
Connect with SDRT about mission needs, technology development, and research collaboration.
Turning the science of dust and plasma into technologies for exploration—on the Moon and beyond.
Dust is a challenge for exploration—and a window into the space environment. Space Dust Research & Technologies translates studies of dust and plasma into practical tools for lunar missions and low Earth orbit.
Discover what we’re developing ↘Electron-Beam Dust Mitigation uses low-energy electrons to charge and lift dust from surfaces. A contact-free approach for cleaning spacesuits, solar panels, thermal radiators, and optics.
The CubeSat Langmuir Probe measures electron density and temperature in low Earth orbit, bringing high-cadence plasma measurements to compact missions.
The Electron Beam Regolith Separator charges regolith particles for electrostatic separation by size and composition, with the aim of improving lunar resource utilization.
Our team brings together space science, instrument development, and mechanical and electrical engineering to turn research into technologies for the next generation of missions.
Meet the full team ↗CEO & Co-Founder
CSO & Co-Founder
A shared focus: connecting fundamental understanding with the practical needs of space exploration.
Connect with SDRT about mission needs, technology development, and research collaboration.