ARIZONA STATE UNIVERSITY - IGF::OT::IGF NASA IS SOLICITING PROPOSALS FOR SCIENTIFIC INSTRUMENTS THAT MIGHT REVEAL ANSWERS ABOUT LUNAR RESOURCES THAT COULD SUPPORT THE AGENCY'S JOURNEY TO MARS. NASA WOULD SPONSOR THE INSTRUMENTS TO FLY ON A LUNAR ORBITER DESIGNED BY THE KOREA AEROSPACE RESEARCH INSTITUTE (KARI). THE SPACECRAFT, THE KOREA PATHFINDER LUNAR ORBITER (KPLO), IS SCHEDULED TO LAUNCH IN DECEMBER 2018, AND IS PART OF KARI'S KOREA LUNAR EXPLORATION PROGRAM, WHICH AIMS TO ROBOTICALLY EXPLORE THE MOON THROUGH A SERIES OF ORBITER AND LANDER MISSIONS, STARTING WITH THE KPLO. KARI, HEADQUARTERED IN DAEJEON, SOUTH KOREA, PROVIDED NASA WITH ABOUT 33 POUNDS (15 KILOGRAMS) OF PAYLOAD MASS ABOARD THE KPLO, WHICH IS SCHEDULED TO LAUNCH INTO LUNAR ORBIT IN DECEMBER 2018. IN SEPTEMBER 2016, NASA ISSUED A SOLICITATION SEEKING SCIENCE INSTRUMENTS THAT COULD INCREASE OUR UNDERSTANDING OF THE DISTRIBUTION OF VOLATILES, SUCH AS WATER, INCLUDING THE MOVEMENT OF SUCH RESOURCES TOWARD PERMANENTLY SHADOWED REGIONS AND HOW THEY BECOME TRAPPED THERE. SHADOWCAM WILL MAP THE REFLECTANCE WITHIN THE PERMANENTLY SHADOWED REGIONS TO SEARCH FOR EVIDENCE OF FROST OR ICE DEPOSITS. THE INSTRUMENT'S OPTICAL CAMERA IS BASED ON THE LUNAR RECONNAISSANCE ORBITER NARROW ANGLE CAMERA, BUT IS 800 TIMES MORE SENSITIVE, ALLOWING IT TO OBTAIN HIGH-RESOLUTION, HIGH SIGNAL-TO-NOISE IMAGING OF THE MOON'S PERMANENTLY SHADOWED REGIONS. SHADOWCAM WILL OBSERVE THE PSRS MONTHLY TO DETECT SEASONAL CHANGES AND MEASURE THE TERRAIN INSIDE THE CRATERS, INCLUDING THE DISTRIBUTION OF BOULDERS. NASA'S ADVANCED EXPLORATION SYSTEMS DIVISION (AES) LED THE PAYLOAD SOLICITATION AND SELECTION FOR THE NASA INSTRUMENT ON KPLO. A DIVISION OF THE HUMAN EXPLORATION AND OPERATIONS MISSION DIRECTORATE, AES USES INNOVATIVE APPROACHES AND PUBLIC-PRIVATE PARTNERSHIPS TO RAPIDLY DEVELOP PROTOTYPE SYSTEMS, ADVANCE KEY CAPABILITIES, AND VALIDATE OPERATIONAL CONCEPTS FOR FUTURE HUMAN MISSIONS BEYOND EARTH ORBIT. THROUGH THIS PARTNERSHIP OPPORTUNITY WITH KARI, AES IS ADDRESSING KEY LUNAR SKGS WHILE COMPLEMENTING KARI'S PRIMARY MISSION OBJECTIVES AND INSTRUMENTS.

IGF::CT::IGF RS-25 PRODUCTION RESTART TO BE UNDERTAKEN BY THE CONTRACTOR IN SUPPORT OF PROVIDING SIX RS-25 ENGINES MODIFIED AS NECESSARY FOR THE TECHNICAL REQUIREMENTS UNDER THE SPACE LAUNCH SYSTEM, RECERTIFICATION OF PRODUCTION, IMPROVEMENTS IN MANUFACTURING, AND CERTIFICATION FOR FLIGHT PROGRAM.

AEROJET ROCKETDYNE OF DE, INC

IGF::OT::IGF HUMAN HEALTH AND PERFORMANCE CONTRACT

KBR WYLE SERVICES, LLC

IGF::OT::IGF NEXTSTEP NRA AWARD. THIS NEXTSTEP CONTRACT BUILDS UPON THE SUCCESS OF COMMERCIAL ORBITAL TRANSPORTATION SERVICES SPACE ACT AGREEMENT DEVELOPMENT PROGRAM AND AN EXISTING INTERNATIONAL SPACE STATION (ISS) COMMERCIAL RESUPPLY SERVICES (CRS) CONTRACT. ORBITAL HAS SUCCESSFULLY TRANSITIONED FROM COTS TO THE CRS PROGRAM, FLYING THREE VERY SUCCESSFUL PRESSURIZED CARGO RESUPPLY MISSIONS TO THE ISS, USING THE CYGNUS SPACECRAFT. ORBITAL ALSO SUCCESSFULLY DEVELOPED SPACECRAFT FOR SOLAR SYSTEM EXPLORATION TO INCLUDE THE CURRENTLY OPERATIONAL DAWN MISSION. THIS MISSION WAS LAUNCHED IN SEPTEMBER 2007, COMPLETED ITS RENDEZVOUS MISSION AT VESTA IN JULY 2012 AND IS EN ROUTE TO CERES IN EARLY 2015. WITH SPACE AGENCY BUDGETS CONTINUING TO BE TIGHT, EXPLORATION PLANS NEED TO EMPHASIZE EVOLUTION OF EXISTING SYSTEMS, WHERE COST AND SCHEDULE IS BETTER CONTROLLED, AND DEVELOPMENT RISK REDUCED. SPECIFICALLY, ELEMENTS OF THE CURRENT ISS, INCLUDING CYGNUS, CAN BE EVOLVED TO SUPPORT MORE DISTANT SPACE DESTINATIONS. TO SUPPORT THESE ENDEAVORS, ORBITAL CONTRIBUTES TO THE DEVELOPMENT AND PRODUCT IMPROVEMENT OF CYGNUS AND TO NEXTSTEP ACTIVITIES AND HAVE INVESTED IN THE COTS CRS PUBLIC-PRIVATE PARTNERSHIP ENDEAVOR. ORBITAL'S EXPLORATION AUGMENTATION MODULE (BAM) ARCHITECTURE USES A MODULAR, BUILDING BLOCK APPROACH THAT LEVERAGES THE CYGNUS SPACECRAFT TO EXPAND CISLUNAR AND LONG DURATION DEEP SPACE TRANSIT HABITATION CAPABILITIES AND TECHNOLOGIES CRITICAL TO NASAS LONG-TERM EXPLORATION GOALS. ORBITALS ARCHITECTURE CONCEPT BLENDS IN-PRODUCTION HARDWARE WITH ADAPTATION, EVOLUTION, PLANNING, AND FORWARD THINKING. CYGNUS WILL SERVE AS A MODULAR HABITAT AND TEST PLATFORM FOR QUALIFYING TECHNOLOGIES IN A DISTANT RETROGRADE ORBIT (DRO) OR IN A LOW EARTH ORBIT (LEO), EITHER WHILE ATTACHED TO THE ISS OR AS A FREE-FLYER. USING THE EXISTING, OPERATIONAL CYGNUS TO PERFORM THESE MISSIONS HAS THE ADVANTAGE OF DECREASING OVERALL DEVELOPMENT TIME AND COSTS, AND FREEING UP RESOURCES THAT WOULD BE SPENT ON DEVELOPING A SPACECRAFT TO FOCUS ON CULTIVATING MISSION ENABLING TECHNOLOGIES. THE GOAL IS TO HAVE A CYGNUS DERIVED EAM DEPLOYED IN CISLUNAR SPACE BEFORE 2020. THIS SPACECRAFT WILL BE THE FIRST BUILDING BLOCK IN SUPPORTING BOTH COMMERCIAL MARKETS AND GOVERNMENT OBJECTIVES. THE PROPOSED EFFORT FOR THIS NEXTSTEP BAA PHASE I, INVOLVES DEFINING AN EAM ARCHITECTURE AND CONCEPT OF OPERATIONS (CONOPS) THAT ADDRESSES COMMERCIAL MARKETS AND NASA EXPLORATION OBJECTIVES, TECHNOLOGY MATURATION PLANNING AND INFRASTRUCTURE DEVELOPMENT, AND TO IDENTIFY TECHNOLOGIES THAT CAN BE IMPLEMENTED AND DEMONSTRATED IN THE ISSILEO ENVIRONMENT WITHIN THE NEXT THREE YEARS. TO MATURE HABITATION TECHNOLOGIES, THE CONTRACTOR WILL IDENTIFY STATE OF THE ART (SOA) TECHNOLOGIES ACROSS NASA TECHNOLOGY AREAS (TAS) DEFINED IN THE NASA TECHNOLOGY ROADMAP. FOCUS WILL BE ON MATURATION OF THE FOLLOWING TECHNOLOGIES ENVIRONMENTAL CONTROL AND LIFE SUPPORT SYSTEMS ENVIRONMENTAL MONITORING SAFETY AND EMERGENCY RESPONSE AND HABITATION THERMAL CONTROL SYSTEMS AUTONOMOUS HABITATION SYSTEMS NAVIGATION SYSTEMS MANAGEMENT DOCKING AND CAPTURE MECHANISMS AND DEPLOYABLE HABITATION ELEMENTS

NORTHROP GRUMMAN SYSTEMS CORPORATION

IGF::OT::IGF NEXTSTEP NRA AWARD. THIS NEXTSTEP CONTRACT BUILDS UPON THE SUCCESS OF COMMERCIAL ORBITAL TRANSPORTATION SERVICES SPACE ACT AGREEMENT DEVELOPMENT PROGRAM AND AN EXISTING INTERNATIONAL SPACE STATION (ISS) COMMERCIAL RESUPPLY SERVICES (CRS) CONTRACT. ORBITAL HAS SUCCESSFULLY TRANSITIONED FROM COTS TO THE CRS PROGRAM, FLYING THREE VERY SUCCESSFUL PRESSURIZED CARGO RESUPPLY MISSIONS TO THE ISS, USING THE CYGNUS SPACECRAFT. ORBITAL ALSO SUCCESSFULLY DEVELOPED SPACECRAFT FOR SOLAR SYSTEM EXPLORATION TO INCLUDE THE CURRENTLY OPERATIONAL DAWN MISSION. THIS MISSION WAS LAUNCHED IN SEPTEMBER 2007, COMPLETED ITS RENDEZVOUS MISSION AT VESTA IN JULY 2012 AND IS EN ROUTE TO CERES IN EARLY 2015. WITH SPACE AGENCY BUDGETS CONTINUING TO BE TIGHT, EXPLORATION PLANS NEED TO EMPHASIZE EVOLUTION OF EXISTING SYSTEMS, WHERE COST AND SCHEDULE IS BETTER CONTROLLED, AND DEVELOPMENT RISK REDUCED. SPECIFICALLY, ELEMENTS OF THE CURRENT ISS, INCLUDING CYGNUS, CAN BE EVOLVED TO SUPPORT MORE DISTANT SPACE DESTINATIONS. TO SUPPORT THESE ENDEAVORS, ORBITAL CONTRIBUTES TO THE DEVELOPMENT AND PRODUCT IMPROVEMENT OF CYGNUS AND TO NEXTSTEP ACTIVITIES AND HAVE INVESTED IN THE COTS CRS PUBLIC-PRIVATE PARTNERSHIP ENDEAVOR. ORBITAL'S EXPLORATION AUGMENTATION MODULE (BAM) ARCHITECTURE USES A MODULAR, BUILDING BLOCK APPROACH THAT LEVERAGES THE CYGNUS SPACECRAFT TO EXPAND CISLUNAR AND LONG DURATION DEEP SPACE TRANSIT HABITATION CAPABILITIES AND TECHNOLOGIES CRITICAL TO NASAS LONG-TERM EXPLORATION GOALS. ORBITALS ARCHITECTURE CONCEPT BLENDS IN-PRODUCTION HARDWARE WITH ADAPTATION, EVOLUTION, PLANNING, AND FORWARD THINKING. CYGNUS WILL SERVE AS A MODULAR HABITAT AND TEST PLATFORM FOR QUALIFYING TECHNOLOGIES IN A DISTANT RETROGRADE ORBIT (DRO) OR IN A LOW EARTH ORBIT (LEO), EITHER WHILE ATTACHED TO THE ISS OR AS A FREE-FLYER. USING THE EXISTING, OPERATIONAL CYGNUS TO PERFORM THESE MISSIONS HAS THE ADVANTAGE OF DECREASING OVERALL DEVELOPMENT TIME AND COSTS, AND FREEING UP RESOURCES THAT WOULD BE SPENT ON DEVELOPING A SPACECRAFT TO FOCUS ON CULTIVATING MISSION ENABLING TECHNOLOGIES. THE GOAL IS TO HAVE A CYGNUS DERIVED EAM DEPLOYED IN CISLUNAR SPACE BEFORE 2020. THIS SPACECRAFT WILL BE THE FIRST BUILDING BLOCK IN SUPPORTING BOTH COMMERCIAL MARKETS AND GOVERNMENT OBJECTIVES. THE PROPOSED EFFORT FOR THIS NEXTSTEP BAA PHASE I, INVOLVES DEFINING AN EAM ARCHITECTURE AND CONCEPT OF OPERATIONS (CONOPS) THAT ADDRESSES COMMERCIAL MARKETS AND NASA EXPLORATION OBJECTIVES, TECHNOLOGY MATURATION PLANNING AND INFRASTRUCTURE DEVELOPMENT, AND TO IDENTIFY TECHNOLOGIES THAT CAN BE IMPLEMENTED AND DEMONSTRATED IN THE ISSILEO ENVIRONMENT WITHIN THE NEXT THREE YEARS. TO MATURE HABITATION TECHNOLOGIES, THE CONTRACTOR WILL IDENTIFY STATE OF THE ART (SOA) TECHNOLOGIES ACROSS NASA TECHNOLOGY AREAS (TAS) DEFINED IN THE NASA TECHNOLOGY ROADMAP. FOCUS WILL BE ON MATURATION OF THE FOLLOWING TECHNOLOGIES ENVIRONMENTAL CONTROL AND LIFE SUPPORT SYSTEMS ENVIRONMENTAL MONITORING SAFETY AND EMERGENCY RESPONSE AND HABITATION THERMAL CONTROL SYSTEMS AUTONOMOUS HABITATION SYSTEMS NAVIGATION SYSTEMS MANAGEMENT DOCKING AND CAPTURE MECHANISMS AND DEPLOYABLE HABITATION ELEMENTS

NORTHROP GRUMMAN SYSTEMS CORPORATION

IGF::CT::IGFMSOC FPDS-NG MISSION SYSTEMS OPERATIONS CONTRACT (MSOC)

KBR WYLE SERVICES, LLC