A research program was conducted to define the level of the current technology base for reaction control system rocket engines suitable for space shuttle applications. The project consisted of engine analyses, design, fabrication, and tests. The specific objectives are: (1) extrapolating current engine design experience to design of an RCS engine with required safety, reliability, performance, and operational capability, (2) demonstration of multiple reuse capability, and (3) identification of current design and technology deficiencies and critical areas for future effort
Engine design, performance, weight and envelope data were established for three mixed-mode orbit-tra...
New technologies for space-based, reusable, throttleable, cryogenic orbit transfer propulsion are be...
Preliminary identification and evaluation of promising LO2/Hydrocarbon rocket engine cycles were use...
The design of the space shuttle RCS engine has the primary objective of reusability with minimum ser...
This presentation explains how the reaction control sysem is incorporated into the shuttle and how i...
This is a presentation of view graphs. The design parameters are given for the redesigned solid rock...
Two alternate oxygen-hydrogen auxiliary propulsion system concepts for use with the space shuttle ve...
Preliminary engineering definition information is presented for a liquid pressure-fed reusable boost...
The topics presented are covered in viewgraph form. The programmatic objective is to provide the tec...
Engine data and information are presented to perform system studies on cargo orbit-transfer vehicles...
Development of requirements for auxilary propulsion system used with baseline orbiter and booster of...
Development of design and programmatic data for space shuttle reaction control systems and integrate...
The challenges of space shuttle orbiter reaction control subsystem development began with selection ...
Space shuttle systems are defined using a low technology orbiter combined with either an F-1 flyback...
Work performed during Phase one is summarized and the significant technical and programmatic accompl...
Engine design, performance, weight and envelope data were established for three mixed-mode orbit-tra...
New technologies for space-based, reusable, throttleable, cryogenic orbit transfer propulsion are be...
Preliminary identification and evaluation of promising LO2/Hydrocarbon rocket engine cycles were use...
The design of the space shuttle RCS engine has the primary objective of reusability with minimum ser...
This presentation explains how the reaction control sysem is incorporated into the shuttle and how i...
This is a presentation of view graphs. The design parameters are given for the redesigned solid rock...
Two alternate oxygen-hydrogen auxiliary propulsion system concepts for use with the space shuttle ve...
Preliminary engineering definition information is presented for a liquid pressure-fed reusable boost...
The topics presented are covered in viewgraph form. The programmatic objective is to provide the tec...
Engine data and information are presented to perform system studies on cargo orbit-transfer vehicles...
Development of requirements for auxilary propulsion system used with baseline orbiter and booster of...
Development of design and programmatic data for space shuttle reaction control systems and integrate...
The challenges of space shuttle orbiter reaction control subsystem development began with selection ...
Space shuttle systems are defined using a low technology orbiter combined with either an F-1 flyback...
Work performed during Phase one is summarized and the significant technical and programmatic accompl...
Engine design, performance, weight and envelope data were established for three mixed-mode orbit-tra...
New technologies for space-based, reusable, throttleable, cryogenic orbit transfer propulsion are be...
Preliminary identification and evaluation of promising LO2/Hydrocarbon rocket engine cycles were use...