Feb 19 1982
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(New page: A JSC release described a space operations center (SOC) concept completed by a special JSC study team. A manned center in space to exploit...)
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A JSC release described a space operations center (SOC) concept completed by a special JSC study team. A manned center in space to exploit the Shuttle and allow incremental growth was the "essential next step in exploitation of space"; it would become a space-base and marshaling yard for large and complex payloads, including an upper-stage propulsion system in low Earth orbit. It would serve as "garage space" for reusable cryogenic stages for easier access, lowering costs of geosynchronous space operations. It could be a manned base with Department of Defense (DOD) military capabilities or a manned platform for science and applications research. It could provide a manufacturing facility in a weightless environment.
The JSC design was for an SOC operating continuously, with maintenance and resupply, for 10 years; parts would be delivered and assembled by the Shuttle orbiter in a low Earth orbit (230 to 280 statute miles). An 8- to 12-man center, about 435 feet long tip to tip, would weigh about 245,000 pounds. Initial launch would put into orbit an energy section, a short cylinder carrying two booms with solar arrays, antennas, reaction-control system, and radiators, weighing in total between 34,000 and 43,000 pounds. A second launch would bring a command module to be joined to the energy section, completing phase 1; this module would have one docking and nine berthing ports, airlocks, command station, guidance and control, data management, open-loop lift support, and accommodations for two (but able to support a crew of four, in an emergency). Weight would be between 40,000 and 50,000 pounds. The next launch would bring a second command module to the other end of the energy section.
Each of the next two launches would bring a habitat module able to accommodate a crew of four; the two habitats would provide emergency accommodations and life support for a crew of eight. Each habitat would weigh between 25,000 and 28,000 pounds.
After phase 3, the SOC would be ready for long-term manned occupations by eight to twelve persons; the platform could now handle full flight support, satellite servicing, and space construction. (JSC Release 82-009; Av Wk, Feb 15/82)
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