Space Technologies Laboratory
The Space Technologies Laboratory (STL) performs research into spaceflight-qualified hardware and algorithms. Research in this facility is keyed to understanding proximity operations, relative motion, optical navigation, and design and test capabilities especially for nano-satellites. This is directly related to the design, build, test, and operation of small satellite technologies.
This does not reflect any changes so you don’t have to update it on the web. The equipment bullets are the items that should be updated.
- 400 square foot class 10,000 clean room for assembly and integration of spaceflight hardware. Hard-walled with a 2 x 2 x 2 cubic foot pass-through box, 8 x 8 foot gowning area, and removable panel to accommodate large payloads. Computers, electronic equipment, bench, storage space, and hand tools are available for integration and test.
- The ultra-high thermal vacuum chamber offers a 1 x 1 x 1 cubic meter test area with vacuum down to 4E-7 Torr and thermal limits from -90 to +90 C. The chamber has two turbo pumps allowing it to reach 1e-4 Torr in about 30 or less of pump time (1e-4 Torr is a nominal NASA requirement for vacuum testing). The chamber has three access ports, and we currently have feed through connectors/flanges for optical, 4xUSB, fiber optic, 50-pin, and Ethernet.
- The optical calibration and test system provides a 6 x 4 foot air-leveled table with Imperial (1 inch) hole pattern. Multiple camera sensors and a space environment “dark box” are available.
- Sawyer 7DOF robots for use as a proximity operation and optical sensors testbed.