AMARIS: A CubeSat Based Lunar Rover

Presenter Information

• Caeden Dooner, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Theodore Ouyang, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Julian Lupyan, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Bianca Bernhard, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Samer Elhoushy, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Paul Kiesling, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Beau Kimler, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Maya Mohanty, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Mili Mohanty, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Rachel Nussbaum, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Katie Pyle, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Colin Quinn, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Finley Strauss, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Landon Strauss, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Owen Welch, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Shawna Christenson, BLUECUBE Aerospace-Wolverine CubeSat Development Team
• Kevin Simmons, BLUECUBE Aerospace-Wolverine CubeSat Development TeamFollow

Session

Pre-Conference Poster Session I

Location

Utah State University, Logan, UT

Abstract

Mission is to evaluate electric and magnetic field strategies for mitigating dust accumulation on solar panels on the lunar surface.

Document Type

Event