Dual-mode lunar roving vehicle navigation systems Final report
Dead reckoning and position fix navigation systems for lunar roving vehicles.
J.C. Hung↗
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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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Navigation system components
Hardware components for fabricating navigation systems for lunar roving vehicles
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Dead reckoning navigation equations
Dead reckoning navigation equations for relating velocity vector of lunar roving vehicle to position on lunar surface
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Odometer navigation system
Pure odometer navigation system for measuring distance traveled by lunar roving vehicle and LRV heading
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Navigation techniques based on landmark sighting
Navigation techniques for lunar roving vehicles based on known and unknown landmark sighting
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An empirical technique for computing navigation convariance matrices and the application of the technique to post Apollo 8 Lunar Orbit mission planning. Project Apollo
Empirical technique for computing navigation covariance matrices and applications to post Apollo 8 lunar orbit mission planning
Williamson, J. B.↗
A study of lunar orbit navigation and landing accuracy. Project Apollo
Lunar orbit navigation and landing accuracy
Kidd, R. H., III↗
Apollo CSM and LM onboard navigation system constraints
Apollo CSM and LM onboard navigation system constraints
Blucker, T. J.↗
A study of lunar module navigation systems accuracies for powered decent, ascent, and aborts. Project Apollo
Lunar module navigation systems accuracies for powered descent, ascent, and abort trajectories
Henson, J. R.↗
Experimental development program for lunar surface navigation equipment
Design of navigation system for manned lunar surface vehicle
Broussard, P. H., Jr.↗
Apollo Orbit Determination and Navigation
Apollo translunar and transearth orbit determination and navigation using ground and onboard systems
Wollenhaupt, W. R.↗
Mariner Mars 1969 optical approach navigation
Optical approach navigation experiment on 1969 Mariner mission to Mars demonstrating accuracy potential of spacecraft-based measurement
Breckenridge, W. G.↗
Optimum mixing of inertial navigator and position fix data
Optimum filter for aircraft inertial navigator and radio position fix data mixing using mathematical model of error propagation
Brayard, M. C.↗
Guidance and navigation requirements for missions to the outer planets
Ground-based and onboard guidance and navigation systems for outer planet flyby missions concerning direct, Jupiter swingby and Grand Tour trajectories
Fraser, D. C.↗
Simplified technique for estimating navigational accuracy of interplanetary spacecraft
Navigational accuracy of two way Doppler tracking of interplanetary spacecraft during heliocentric and planetary encounter trajectory phases
Bollman, W. E.↗
Roving vehicle navigation subsystem feasibility study
Unmanned Mars roving vehicle navigation subsystem feasibility study covering inertial and gyrocompass-odometer systems
Lewis, R. A.↗
A multiple user satellite system for navigation and traffic control
Multiple user satellite system for air navigation and traffic control, presenting comparative error analyses for position determination by spherical and hyperbolic ranging
Keane, L. M.↗
Mariner Mars 1969 navigation, guidance, and control
Mariner Mars 1969 navigation, guidance and control systems design, mechanization and flight testing
Scull, J. R.↗