| United States. Congress. House. Committee on Science and Astronautics - 1968 - 600 pages
...verify subsystem operation; to evaluate performance of the space vehicle Emergency Detection System ; to demonstrate mission support facilities and operations required for launch, mission conduct, and Command Module recovery. The schedule provides for a third unmanned flight using AS-503. (e) Command... | |
| United States. Congress. Senate. Committee on Aeronautical and Space Sciences - 1968 - 384 pages
...verify subsystem operation ; to evaluate performance of the space vehicle Emergency Detection System ; to demonstrate mission support facilities and operations required for launch, mission conduct and Command Module recovery. The schedule provides for a third unmanned flight using AS-503. e. Command... | |
| United States. Congress. Senate. Committee on Aeronautical and Space Sciences - 1968 - 1756 pages
...verify subsystem operation; to evaluate performance of the space vehicle Emergency Detection System ; to demonstrate mission support facilities and operations required for launch, mission conduct and Command Module recovery. The schedule provides for a third unmanned flight using AS-503. e. Command... | |
| 1968 - 988 pages
...systems; evaluate performance of emergency detection system (EDS) in closed-loop configuration; and demonstrate mission support facilities and operations required for launch, mission conduct, and command module (CM) recovery. Launch vehicle Ist-stage performance was near nominal, but two of five... | |
| United States. National Aeronautics and Space Administration - 1968 - 526 pages
...the sixth orbit. The descent stage re-entered the atmosphere over the Pacific Ocean on February 12. Spacecraft ground support equipment (GSE) systems...flight duration of 9 hours and 49.75 minutes. Apollo 6 attained all but one of its primary objectives. Restart of the S-IVB stage in orbit did not occur.... | |
| 1978 - 488 pages
...4. Evaluate performance of the space vehicle EDS in a closed-loop configuration (accomplished). 5. Demonstrate mission support facilities and operations...required for launch, mission conduct, and CM recovery (accomplished). Apollo 7 (AS-205) (October 11, 1968) Primary Objectives (all achieved) 1. Demonstrate... | |
| 1978 - 498 pages
...4. Evaluate performance of the space vehicle EDS in a closed-loop configuration (accomplished). 5. Demonstrate mission support facilities and operations...required for launch, mission conduct, and CM recovery (accomplished). Apollo 7 (AS-205) (October 11, 1968) Primary Objectives (all achieved) 1. Demonstrate... | |
| United States. National Aeronautics and Space Administration - 1968 - 1712 pages
...substitution of program reader assembly (PRA) control for primary guidance during the propulsion burns. The second DPS burn was then commanded. The duration...flight duration of 9 hours and 49.75 minutes. Apollo 6 attained all but one of its primary objectives. Restart of the S-FVB stage in orbit did not occur.... | |
| Richard W. Orloff, David M. Harland - 2006 - 682 pages
...performance of the space vehicle emergency detection subsystem in open-loop configuration. Achieved. 4. Demonstrate mission support facilities and operations required for launch, mission conduct and command module recovery. Achieved. Spacecraft Mandatory Detailed Test Objectives 1 . M 1 . 1 : Demonstrate... | |
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