Use of Navigation Beacons to Support Lunar Vehicle Operations

Abstract

To support a wide variety of lunar missions in a condensed regime, solutions are needed outside of the use of Earth-based orbit determination. This research presents an alternate approach to in-situ navigation through the use of beacons, similar to that used on Earth as well as under technology development efforts. An overview of the current state of navigation aids included as well as discussion of the Lunar Node -1 payload being built at NASA/Marshall Space Flight Center. Expected navigation results of this beacon payload for planned operation from the lunar surface are provided. Applications of navigation beacons to multiple stages of the proposed human lunar landing architecture are given, with initial analysis showing performance gains from the use of this technology. This work provides a starting point for continued analysis and design, laying out the foundation of how navigation beacons can be incorporated into the architecture to enable continued analysis, design, and future expanded capability.

Pseudolites to Support Location Services in Smart Cities: Review and Prospects

“…A local-area GPS pseudolite-based navigation system can be used for Mars exploration [59]. If pseudolites are deployed over a wide area on the Moon or Mars, they can assist in the orbit determination of the probe and navigation for landing [60,61].…”