Space platforms
Abstract
The expanded scientific capabilities available by interfacing an orbital, free-flying experiments platform with Shuttle tending are outlined. The platform would be lifted to orbit by the Shuttle, and modularly increased in size on subsequent flights. Science packages could be left on the 26,000 lb space platform for up to six months. Component sections would include electrical and thermal control systems, berthing ports for payloads and an Orbiter, and an attitude control, communications, and data handling subsection. A 12 kW solar array would furnish power, and interconnect with Spacelab would further enhance the operations range. All berthed science packages would have individual pointing ability and grapples for the Orbiter RMS. Eventual evolution to include facilities for a human crew and a 25 kW solar array is projected.
- Publication:
-
Spaceflight
- Pub Date:
- April 1983
- Bibcode:
- 1983SpFl...25..132.
- Keywords:
-
- Large Space Structures;
- Space Flight;
- Space Platforms;
- Space Shuttle Payloads;
- Spacelab;
- Data Management;
- Electric Control;
- Pointing Control Systems;
- Satellite Attitude Control;
- Solar Arrays;
- Temperature Control;
- Launch Vehicles and Space Vehicles