Trajectory and rendezvous aspects of manned lunar landings
Lunar Orbital Rendezvous - manned lunar landing trajectory and rendezvous
LUNAR ORBITAL RENDEZVOUS /LOR/↗
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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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Small Business Technology Enables Safer Lunar Landings & Longer Lunar Missions
Masten Space Systems leveraged NASA SBIR/STTR solicitations to identify and respond to challenges with establishing a sustainable presence on the Moon. The company partnered with the program to study the effects of rocket engine plume impingement and blast during lunar landings and launches, and to develop a metal oxidation warming system (MOWS) technology, resulting in $2.8 million in funding from the NASA Tipping Point program to enhance the capability of the MOWS technology. Masten participated in the NASA SBIR/STTR I-Corps training program to help identify commercial uses for these technologies.
Michael E Vinje↗
Study of modification of a lunar landing research vehicle to a lunar landing training vehicle
Modification of lunar landing research vehicle to lunar landing training vehicle
ASTRONAUT TRAINING↗
A DISCUSSION OF THE LUNAR LANDING PROBLEM
Lunar landing mission - navigation & guidance
NAVIGATION AND GUIDANCE↗
The Surveyor lunar landings.
Surveyor lunar landing procedures and results including instrumentation, lunar topography, selenology, chemical and physical properties, solar corona and earth laser output observations
Jaffe, L. D.↗
Landing dynamics study for lunar landing research vehicle
Impact dynamics and effects on lunar landing module performance and landing gear
LUNAR LANDING MODULE↗
An assessment of ground and flight simulators for the examination of manned lunar landing.
Free flying lunar landing research vehicle tested for more than two years and used in lunar landing simulations supporting Apollo project
APOLLO PROJECT↗
Handling qualities for pilot control of Apollo lunar-landing spacecraft.
Simulated lunar landing maneuver of Apollo spacecraft, determining pilot control problems and handling qualities
ASTRONAUT PERFORMANCE↗
Operational features of the Langley Lunar Landing Research Facility
Lunar landing research facility - simulation technique, research vehicle, gantry and bridge crane, control room, data recording, test operations, and system test results
RESEARCH VEHICLE↗
Introduction - Surveyor 3 lunar landing.
Surveyor 3 lunar landing noting TV, thermal sensors, landing radar, strain gages and soil sampler for measuring lunar surface properties
Dwornik, S. E.↗
Flight tests of a manned rocket-powered vehicle utilizing the Langley Lunar Landing Research Facility.
Langley Lunar Landing Research Facility for flight tests of landing vehicle and simulation of lunar gravity field
LUNAR LANDING MODULE↗
Flight control of the Apollo lunar-landing mission
Apollo lunar landing flight control functions, organization, disciplines and activities at Mission Control Center
Frank, M. P.↗
Lunar landing site assessment
Lunar landing site suitability, using stereoscopic medium and high resolution photography
Sasser, J. H.↗
A DISCUSSION OF THE LUNAR LANDING PROBLEM
Problems concerned with lunar landings by manned and unmanned vehicles including guidance, landing sensors and trajectory difficulties
SPACE FLIGHT↗
Simulator studies of space and lunar landing techniques
Space and lunar landing simulation
SPACE SIMULATION↗
A simplified guidance scheme for aborting lunar landings
Aborting technique for lunar landing
ABORT APPARATUS↗
Study of powered-descent trajectories for manned lunar landings
Powered-descent trajectory for lunar landing mission of lunar excursion module
DESCENT TRAJECTORY↗