BASED ON LESSONS LEARNED FROM PREVIOUSLY-FUNDED SBIR WORK FOR DARPA ON IN-SPACE ROBOTIC RECONFIGURATION AND…

Public award description

BASED ON LESSONS LEARNED FROM PREVIOUSLY-FUNDED SBIR WORK FOR DARPA ON IN-SPACE ROBOTIC RECONFIGURATION AND UTILIZATION OF EXISTING FLIGHT-RATED STRUCTURES, MADE IN SPACE, INC. (MIS) PROPOSES THE APEIRON SPACE INTEGRATION SYSTEM TO MEET NASA REQUIREMENTS FOR A MODULAR ASSEMBLY AND INTEGRATION ARCHITECTURE THAT ENABLES THE ROUTINE EXPANSION, UPGRADE, AND REFURBISHMENT OF PERSISTENT ROBOTIC PLATFORMS IN LOW EARTH ORBIT (LEO) AT THE MODULE AND SUBMODULE LEVEL. APEIRON UTILIZES A COMMON ADAPTER PORT, AUTONOMOUS ROBOTIC INTEGRATION AND PAYLOAD HOSTING, AND A SUB-MODULE PALLET SYSTEM TO CREATE RECONFIGURABLE LONG-DURATION SPACE PLATFORMS FROM MODULES THAT FIT WITHIN EXISTING LAUNCH VEHICLE ENVELOPES. BY USING FORM FACTORS COMPATIBLE WITH EXISTING LAUNCH ARCHITECTURES AND AVAILABLE AUTONOMOUS ASSEMBLY TECHNOLOGY, THE APEIRON SPACE INTEGRATION SYSTEM ENABLES A WIDE VARIETY OF PLATFORM CONFIGURATIONS TO BE COST-EFFECTIVELY AND RAPIDLY DEPLOYED BY A VARIETY OF EXISTING LAUNCH VEHICLES. FOR EXAMPLE, APEIRON CAN CREATE A LEO SMALL PAYLOAD STATION FROM THE EXCESS CAPACITY ON A SINGLE EELV FLIGHT. FLIGHTS CARRYING ESPA RINGS LAUNCH ON AVERAGE EVERY TWO MONTHS. THE APEIRON SYSTEM IS CAPABLE OF SEEDING SMALL PAYLOAD STATIONS IN EVERY ORBIT THESE FLIGHTS REACH. THIS ENABLES RAPID AND COST-EFFECTIVE CONSTRUCTION AND COMMISSIONING OF AUTONOMOUS PERSISTENT PLATFORMS IN LEO FROM MASS THAT WOULD OTHERWISE BE DISCARDED, ENABLING A WIDE VARIETY OF REMOTE SENSING, SCIENCE, AND COMMUNICATIONS PAYLOADS TO BE FLOWN AT A MUCH LOWER COST.