Computer Science – Robotics
Scientific paper
Apr 1989
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1989aeam...27...38l&link_type=abstract
Aerospace America (ISSN 0740-722X), vol. 27, April 1989, p. 38-40.
Computer Science
Robotics
Earth Orbital Environments, Human Factors Engineering, Lunar Landing, Mars Landing, Space Exploration, Space Logistics, Advanced Launch System (Sts), Aerobraking, Automation, Robotics, Space Maintenance, Space Shuttles, Space Stations
Scientific paper
An evaluation is made of performance requirements and technology development prospects for the logistical capacity entailed by manned space exploration. While the Space Shuttle will suffice for the launch of crews to a LEO Space Station, in support of such exploration missions, cargo transport will require 500-1000 tonne annual payload capacity launchers. As a first step toward satisfaction of such requirements, NASA has undertaken the development of the Shuttle-C unmanned Space Shuttle derivative. This will be followed by the Shuttle-Z derivative-family, aimed at meeting the needs of Mars missions. Joint USAF/NASA Advanced Launch System development will allow a given launch to place 91 tonnes in LEO.
Lovelace Uriel
Pritchard Brian
Sumrall Phil
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