Navigation for Apollo lunar landings
Space navigation for Apollo 11 mission, emphasizing ground and onboard systems, interfaces with guidance and use in phases of lunar landing
Mayer, J. P.↗
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Results for “Navigation”
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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Planetary navigation - The new challenges
Onboard navigational requirements for future planetary missions, discussing major subsystems
Curkendall, D. W.↗
Defining a spacecraft-based navigation system
Spacecraft based data processing stages to perform navigation during outer planet missions
Breckenridge, W. G.↗
Strategies and systems for navigation corrections
Navigation correction systems for space missions, discussing prelaunch analysis, design and mission operations, hardware, etc
Dorroh, W. E., Jr.↗
Navigational approaches to planetary orbiters and rovers
Navigation for planetary orbiter and lander missions, considering orbit insertion, trim corrections and capsule descent for poor planetary gravity field model
Moore, J. W.↗
Saturn V launch vehicle navigation system
Saturn 5 launch vehicle navigation system design, discussing configurations, implementation schemes, system tradeoffs and performance
Ellsworth, J. D.↗
Navigation for the Apollo 12 lunar landing
Apollo 12 navigation for pinpoint lunar landing, correcting errors in downtrack position in guidance computer near powered descent initiation time
Schiesser, E. R.↗
The MSFC experimental development program for lunar surface navigation equipment
Manned lunar surface navigation requirements emphasizing dead reckoning system
Broussard, P. H., Jr.↗
The lunar gravity field and effect on navigation
Lunar gravitational effects on navigation in low altitude lunar orbits using Apollo 12 data
Osburn, R. K.↗
Navigation near the moon by means of lunar-based beacons
Lunar based radar beacons for nearby spacecraft navigation, noting trajectory determination advantages
Carson, T. M.↗
Onboard navigation instrument requirements for outer-planet flyby missions
Operational and environmental factors constraining onboard navigation system design for outer planet flyby missions
Fraser, D. C.↗
Navigation data from Mariner Mars 1969 TV pictures
Navigation data from Mariner Mars 1969 TV pictures, estimating spacecraft trajectory to planetary center
Duxbury, T. C.↗
Surface navigation on Mars
Surface navigation for unmanned Martian surface roving vehicle
Moore, J. W.↗
Navigational aspects of transstellar space flight
Transstellar space navigation, discussing system concepts, measured observables during flight, instrumentation, etc
Devereux, W. P.↗
Autonomous navigation in long-duration, highly eccentric orbits about Mars
Statistical error analysis of autonomous manned spacecraft navigation in long duration eccentric Mars orbits
Lowes, F. B.↗
Self-alignment techniques for strapdown inertial navigation systems with aircraft application
Commercial aircraft strapdown inertial navigation systems, examining initial self alignment techniques
Britting, K. R.↗
An analysis of a navigation scheme for MLRV
Manned lunar roving vehicle /MLRV/ navigation scheme based on dead reckoning concept, discussing instruments effectiveness for vehicle velocity and orientation measurements
Hung, J. C.↗
A guidance and navigation system for automatic station-keeping in a near-earth orbit
Guidance and navigation system design for automatic stationkeeping one earth orbiting vehicle with respect to other
Gustafson, D. E.↗