Autonomous Launch Vehicle Interface System

SAS is on a mission to develop and commercialize a universal connector that will enable the simultaneous transfer of multiple commodities ndash; fluids, power, and data ndash; between systems. This technology will have the capabilities for multi-vehicle support and be extensible to manual/autonomous use for terrestrial and extraterrestrial environments (in-space, Lunar, and Mars). In Phase II, SAS team will improve the current prototype concept using an agile digital engineering process, to TRL 6. A fully functional interface will be designed, fabricated, and tested across multiple iterations. SAS will demonstrate the product functionality through multi-commodity transfer operations across the interface with a remotely controlled robotic arm. SAS will also perform low pressure, high flow-rate cryogenic fluid testing with propellant rocket liquids including hydrogen and oxygen/nitrogen. Structural tests will be performed to define minimum engagement/disengagement forces, tensile limits, and other relevant loading conditions that the interface connector must withstand while coupled. The tests and demonstrations performed will define the universal connector expected performance. They will also be used to meet qualification criteria for identified end-use servicing activities for prospective vehicles and systems.