Deep Space 1 Mission Overview
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DS1 twelve advanced technologies encounter comet/a↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Flight Validation of New Technologies for 21st Century Science
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Deep Space Mission (DS1)↗
Ion Propulsion Related Plasma Physics Investigations from Deep Space 1
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Ion propulsion New Millennium Deep Space One (DS1)↗
Power Management Software for the New Millennium
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New Millennium Program NMP spacecraft automation a↗
Characteristics of the Spacecraft Local Environment During NSTAR Ion Propulsion System Operations on Deep Space One
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ion Propulsion environment diagnostics DS1↗
Deep Space 1 Autonomous Navigation
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Navigation Autonomous DS1 New Millenium↗
In-Flight Performance of the NSTAR Ion Propulsion System on the Deep Space One Mission
This paper provides an overview of the system and presents the first flight validation data on an ion propulsion system in interplanetary space.
NSTAR DS1 Ion Propulsion↗
Deep Space One Spacecraft System Engineering Techniques and the Application of Heuristic Reasoning
This paper discusses the system engineering techniques used to date, especially the application of heuristic reasoning, in the design, development, and test of the Deep Space One spacecraft.
design development test↗
Life test of the Deep Space 1 ion engine
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ion propulsion ion thruster DS1 NSTAR SEP↗
Radiometric orbit determination activities in support of navigating Deep Space 1 to Comet Borrelly
After several months of planning, development and testing, new software was uploaded that allowed Deep Space 1 to restore celestial inertia reference and begin thrusting towards an encounter with comet Borrelly. The new mission plan would have to work within the constraints of the new software as well as minimize use of the dwindling supply of hydrazine, the fuel needed to maintain the spacecraft attitude.
DS1↗
The 13th Technology of Deep Space One
On October 24th, 1998, the Deep Space One (DS-1) spacecraft launched aboard a Delta II rocket as the first step towards the bold task of testing and validating 12 new technologies for future missions. This launch also represented yet another thrilling event; namely, the successful test and validation of a 13th heretofore undisclosed technology: model-base-code-generation of the spacecraft's system-level fault-protection (FP) software from behavioral state diagrams and structural models.
model-based-code-generation↗
Validation and Verification of the Remote Agent For Spacecraft Autonomy
The six-day Remote Agent Experiment (RAX) on the Deep Space 1 mission will be the first time that an artificially intelligent agent will control a NASA spacecraft.
autonomy↗
An Overview of the Results from an 8200 Hour Wear Test of the NSTAR Ion Thruster
A major component in validating ion propulsion for use on future deep space and earth orbital missions is demonstrating that the engines have sufficient service life capability.
Ion↗