Orbiting Planet Mercury: Engineering Innovations

This issue of the Johns Hopkins APL Technical Digest comes at the end of the MErcury Surface, Space ENvironment, GEochemistry, and Ranging (MESSENGER) mission—which flew the only spacecraft ever to orbit the planet Mercury, the Sun's closest neighbor. This compilation offers a culminating report highlighting the mission's applied innovations in engineering and operations. It is a retrospective on how the integrated system of systems performed and how it was operated in Mercury's hostile environment, managing risk to extend the mission's life to more than four times that required to achieve full mission success.

Orbiting Planet Mercury: Engineering Innovations—Guest Editors' Introduction
Helene L. Winters and David G. Grant

MESSENGER Mission Overview
Peter D. Bedini

MESSENGER: Mission Operations in Orbit at Mercury
Andrew B. Calloway, Richard G. Shelton, and Eric D. Melin

Science Planning, Data Acquisition, Analysis, and Distribution for the MESSENGER Mission
Susan L. Ensor, Alice F. Berman, Erick Malaret, Richard G. Shelton, and Robert J. Steele

MESSENGER Operational Influences and Environment
G. Allan Holtzman, Andrew B. Calloway, Stephen E. Jaskulek, and Daniel T. Gallagher

Spacecraft Trajectory Planning and Execution for the MESSENGER Mission
James V. McAdams, Christopher G. Bryan, Stewart S. Bushman, Carl S. Engelbrecht, Sarah H. Flanigan, and T. Adrian Hill

Maximizing MESSENGER's Science Return with Technologies and Innovation
Robert. E. Gold, Stewart S. Bushman, Andrew B. Calloway, James V. McAdams, Daniel J. O'Shaughnessy, and Dipak K. Srinivasan

MESSENGER's Hover Campaign
Daniel J. O'Shaughnessy, Stewart S. Bushman, Sarah H. Flanigan, Madeline K. Fosbury, and James V. McAdams

Science Results and Team Highlights

Web-ready front cover (JPG)  |  High-resolution front cover (PDF)

Masthead  |  Inside back cover (PDF)

Entire issue (PDF)

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