autoNGC Flight OpNav Experiment Results on CAPSTONE

Presenter Information

• Andrew J. Liounis, Johns Hopkins University Applied Physics LaboratoryFollow
• Sun Hur-Diaz, Goddard Space Flight CenterFollow
• Behnam Azimi, Goddard Space Flight Center
• Nichalas L. Cason, Goddard Space Flight Center
• Chris R. Gnam, Goddard Space Flight Center
• Grant Hecht, Goddard Space Flight Center
• Steven Z. Queen, Goddard Space Flight Center
• Michael J. Romeo, Goddard Space Flight Center
• Sean R. Semper, Goddard Space Flight Center
• Nathan Stacey, Goddard Space Flight Center
• Andrew Tennenbaum, Goddard Space Flight Center
• Daniel G. Berdugo, a.i. solutionsFollow
• Carl J. De Vries, a.i. solutions
• Benjamin Leser, a.i. solutions
• Anne Long, a.i. solutions
• Liam A. Greenlee, Aurora EngineeringFollow
• Joseph W. Patton, Aurora Engineering
• Steven B. Slegel, MicrotelFollow
• Isaac R. Witte, Johns Hopkins University Applied Physics Laboratory

Session

Poster Session 4

Location

Salt Palace Convention Center, Salt Lake City, UT

Abstract

Summary: We successfully demonstrated on-board automated optical navigation (OpNav) in a lunar near rectilinear halo orbit (NRHO) using images of the Moon, the Earth, and other solar system bodies, advancing the technology readiness level (TRL) of the autonomous guidance navigation and control (autoNGC) OpNav capabilities from 5 to 7.

Document Type

Event