SIERRA SPACE CORP

ENIAC CLOUD THE FIRST SPACE HARDENED MULTI CLOUD EDGE COMPUTING PLATFORM IMPLEMENTATION PARTNERS

CRS2

THE PURPOSE OF THIS EFFORT IS THE DESIGN, MANUFACTURING, AND DEVELOPMENT TESTING FOR LOW LEAKAGE VALVES CONCEPTS USED TO PRIMARILY SERVICE LIQUID HYDROGEN IN-SPACE APPLICATIONS. THESE IN-SPACE APPLICATIONS INCLUDE ENVISIONED DEEP SPACE TRANSPORTATION

ISS COMMERCIAL RESUPPLY SERVICES 2

NASA BAA/NRA AWARD. PROPOSAL TITLE "NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIP - NEXTSTEP-2.

BAA R&D - THE NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIPS -2 (NEXTSTEP-2) APPENDIX F: LOGISTICS REDUCTION (LR) IN SPACE BY TRASH COMPACTION AND PROCESSING SYSTEM (TCPS) BROAD AGENCY ANNOUNCEMENT (BAA)

ENIAC CLOUD THE FIRST SPACE HARDENED MULTI CLOUD EDGE COMPUTING PLATFORM IMPLEMENTATION PARTNERS

SBIR PHASE III - CARBOTHERMAL LUNAR REGOLITH PROCESSING SYSTEM (CLRPS)

NEXT SPACE TECHNOLOGIES EXPLORATION PARTNERSHIP-2 APPENDIX R: LUNAR LOGISTICS & MOBILITY STUDIES. GOALS ARE TO SUPPORT MISSION ARCHITECTURE DEFINITIONS FOR HUMAN MISSIONS BEYOND LOW-EARTH ORBIT AS PART OF NASA'S MOON TO MARS EXPLORATION STRATEGY.

NEXTSTEP NRA AWARD. HYBRID LIFE SUPPORT SYSTEMS (HLSS)

SUPPORT THE REQUIRED SUSTAINING ENGINEERING FOR THE ADVANCED PLANT HABITAT (APH).

BIOLOGICAL RESEARCH IN CANISTER (BRIC) LIGHT EMITTING DIODE (LED) (BRIC-LED)

BASELINE REPAIRS FOR ECS S/NS 002 AND 003 ARE REQUIRED AS OUTLINED IN CONTRACT 80JSC023DA011 STATEMENT OF WORK (SOW) SECTION 3.12, ECS BASELINE REPAIR.

ENIAC CLOUD THE FIRST SPACE HARDENED MULTI CLOUD EDGE COMPUTING PLATFORM IMPLEMENTATION PARTNERS

INCREMENTAL FUNDING FOR CLIN 3. BAA R&D - THE NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIPS -2 (NEXTSTEP-2) APPENDIX F: LOGISTICS REDUCTION (LR) IN SPACE BY TRASH COMPACTION AND PROCESSING SYSTEM (TCPS) BROAD AGENCY ANNOUNCEMENT (BAA) WAS ORIGINALLY ISSUED JULY 3, 2018. PROPOSALS WERE RECEIVED AND EVALUATED AND SELECTIONS OF SUCCESSFUL PROPOSALS ANNOUNCED OCTOBER 5, 2018. NASA ISSUED THIS SOLICITATION TO SOLICIT IDEAS AND TECHNOLOGIES TO ADVANCE TRASH COMPACTION AND PROCESSING (TCPS) CAPABILITIES. TRASH PROCESSING ENABLES REDUCTION IN MASS, VOLUME, AND THE CREW TIME DEDICATED TO LOGISTICS MANAGEMENT. THE CURRENT APPROACH TO TRASH MANAGEMENT ENTAILS MANUALLY COMPACTING, TEMPORARILY STORING IT, AND THEN DISPOSING OF THE TRASH EITHER BY RETURN TO EARTH OR INCINERATION DURING REENTRY IN A DISPOSABLE SUPPLY VEHICLE. LONG DISTANCES FROM EARTH AND LENGTHY DURATIONS WITH LIMITED OR NO RESUPPLY WILL CHARACTERIZE FUTURE HUMAN MISSIONS. RETURNING TRASH TO EARTH WILL BE IMPRACTICAL, JETTISONING DURING THE MISSION CAN RESULT IN LOSS OF VALUABLE RECOVERABLE RESOURCES AND DISPOSING OF IT LOCALLY MAY POSE A PLANETARY PROTECTION RISK, IF LEFT UNTREATED..NASA NEEDS A SYSTEM THAT CAN HANDLE ASTRONAUT TRASH IN SITU RATHER THAN DISPOSING OF IT OVERBOARD. HOWEVER, STORING TRASH INSIDE A SPACECRAFT CREATES PHYSICAL AND BIOLOGICAL HAZARDS FOR THE CREW, CONSUMES CRITICAL HABITAT VOLUME, AND SEQUESTERS POTENTIALLY VALUABLE RESOURCES. THIS WAS ONE OF THE SUCCESSFUL PROPOSALS FOR RESEARCH CONTRACTS IN AREAS FOR DESIGN, FABRICATION, AND TESTING OF CRITICAL COMPONENTS FOR A TCPS THAT COMPACTS TRASH TO REDUCE STORAGE VOLUME, RENDERS IT BIOLOGICALLY AND PHYSICALLY SAFE AND STABLE, RECOVERS TRAPPED RESOURCES, AND FORMS RESIDUAL MATERIAL INTO A STORABLE, POTENTIALLY USEFUL PRODUCT.

SCIENCE VERIFICATION TEST (SVT) FOR PH-08 WILL CONSIST OF 18 WEEKS OF OPERATIONS COMPRISING 2 TEST RUNS.

NEXT SPACE TECHNOLOGIES EXPLORATION PARTNERSHIP-2 APPENDIX R: LUNAR LOGISTICS & MOBILITY STUDIES. GOALS ARE TO SUPPORT MISSION ARCHITECTURE DEFINITIONS FOR HUMAN MISSIONS BEYOND LOW-EARTH ORBIT AS PART OF NASA'S MOON TO MARS EXPLORATION STRATEGY.

FLIGHT EXPERIMENTATION FOR PH-07 WILL CONSIST OF THREE (3) SETS OF 4-WEEK EXPERIMENTS, WITH UP TO FOUR (4) WEEKS BETWEEN EACH EXPERIMENT.

NASA BAA/NRA AWARD. PROPOSAL TITLE "NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIP - NEXTSTEP-2.

SUPPORT THE REQUIRED SUSTAINING ENGINEERING FOR THE ADVANCED PLANT HABITAT (APH).

SBIR PHASE III - CARBOTHERMAL LUNAR REGOLITH PROCESSING SYSTEM (CLRPS)

SUPPORT THE REQUIRED SUSTAINING ENGINEERING FOR THE ADVANCED PLANT HABITAT (APH).

BAA R&D - THE NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIPS -2 (NEXTSTEP-2) APPENDIX F: LOGISTICS REDUCTION (LR) IN SPACE BY TRASH COMPACTION AND PROCESSING SYSTEM (TCPS) BROAD AGENCY ANNOUNCEMENT (BAA) WAS ORIGINALLY ISSUED JULY 3, 2018. PROPOSALS WERE RECEIVED AND EVALUATED AND SELECTIONS OF SUCCESSFUL PROPOSALS ANNOUNCED OCTOBER 5, 2018. NASA ISSUED THIS SOLICITATION TO SOLICIT IDEAS AND TECHNOLOGIES TO ADVANCE TRASH COMPACTION AND PROCESSING (TCPS) CAPABILITIES. TRASH PROCESSING ENABLES REDUCTION IN MASS, VOLUME, AND THE CREW TIME DEDICATED TO LOGISTICS MANAGEMENT. THE CURRENT APPROACH TO TRASH MANAGEMENT ENTAILS MANUALLY COMPACTING, TEMPORARILY STORING IT, AND THEN DISPOSING OF THE TRASH EITHER BY RETURN TO EARTH OR INCINERATION DURING REENTRY IN A DISPOSABLE SUPPLY VEHICLE. LONG DISTANCES FROM EARTH AND LENGTHY DURATIONS WITH LIMITED OR NO RESUPPLY WILL CHARACTERIZE FUTURE HUMAN MISSIONS. RETURNING TRASH TO EARTH WILL BE IMPRACTICAL, JETTISONING DURING THE MISSION CAN RESULT IN LOSS OF VALUABLE RECOVERABLE RESOURCES AND DISPOSING OF IT LOCALLY MAY POSE A PLANETARY PROTECTION RISK, IF LEFT UNTREATED..NASA NEEDS A SYSTEM THAT CAN HANDLE ASTRONAUT TRASH IN SITU RATHER THAN DISPOSING OF IT OVERBOARD. HOWEVER, STORING TRASH INSIDE A SPACECRAFT CREATES PHYSICAL AND BIOLOGICAL HAZARDS FOR THE CREW, CONSUMES CRITICAL HABITAT VOLUME, AND SEQUESTERS POTENTIALLY VALUABLE RESOURCES. THIS WAS ONE OF THE SUCCESSFUL PROPOSALS FOR RESEARCH CONTRACTS IN AREAS FOR DESIGN, FABRICATION, AND TESTING OF CRITICAL COMPONENTS FOR A TCPS THAT COMPACTS TRASH TO REDUCE STORAGE VOLUME, RENDERS IT BIOLOGICALLY AND PHYSICALLY SAFE AND STABLE, RECOVERS TRAPPED RESOURCES, AND FORMS RESIDUAL MATERIAL INTO A STORABLE, POTENTIALLY USEFUL PRODUCT.

SUPPORT THE REQUIRED SUSTAINING ENGINEERING FOR THE ADVANCED PLANT HABITAT (APH).

BASELINE REPAIRS FOR ECS S/NS 002 AND 003 ARE REQUIRED AS OUTLINED IN CONTRACT 80JSC023DA011 STATEMENT OF WORK (SOW) SECTION 3.12, ECS BASELINE REPAIR.

INCREMENTAL FUNDING

ENIAC CLOUD THE FIRST SPACE HARDENED MULTI CLOUD EDGE COMPUTING PLATFORM IMPLEMENTATION PARTNERS

ENIAC CLOUD THE FIRST SPACE HARDENED MULTI CLOUD EDGE COMPUTING PLATFORM IMPLEMENTATION PARTNERS

FLIGHT EXPERIMENTATION FOR PH-07 WILL CONSIST OF THREE (3) SETS OF 4-WEEK EXPERIMENTS, WITH UP TO FOUR (4) WEEKS BETWEEN EACH EXPERIMENT.

THE PURPOSE OF THIS EFFORT IS THE DESIGN, MANUFACTURING, AND DEVELOPMENT TESTING FOR LOW LEAKAGE VALVES CONCEPTS USED TO PRIMARILY SERVICE LIQUID HYDROGEN IN-SPACE APPLICATIONS. THESE IN-SPACE APPLICATIONS INCLUDE ENVISIONED DEEP SPACE TRANSPORTATION

SUSTAINING ENGINEERING SERVICES FOR THE ADVANCED PLANT HABITAT (APH).

SUSTAINING ENGINEERING SERVICES FOR THE ADVANCED PLANT HABITAT (APH).

SUSTAINING ENGINEERING SERVICES FOR THE ADVANCED PLANT HABITAT (APH).

SUSTAINING ENGINEERING SERVICES FOR THE ADVANCED PLANT HABITAT (APH).

REGAL CALL 003 PAYLOAD REENTRY FROM SPACE ANALYSIS

SBIR PHASE III - MATURATION OF THE VR25K-A ADVANCED UPPER STAGE ENGINE.

SCIENCE VERIFICATION TEST (SVT) FOR PH-08 WILL CONSIST OF 18 WEEKS OF OPERATIONS COMPRISING 2 TEST RUNS.

DE-ORBIT SERVICING STUDY

SBIR PHASE III - CARBOTHERMAL LUNAR REGOLITH PROCESSING SYSTEM (CLRPS)

COMMERCIAL RESUPPLY SERVICES 2 INTERNATIONAL SPACE STATION (ISS)

SUPPORT THE REQUIRED SUSTAINING ENGINEERING FOR THE ADVANCED PLANT HABITAT (APH).

SUSTAINING ENGINEERING SERVICES FOR THE ADVANCED PLANT HABITAT (APH).

COMMERCIAL RESUPPLY SERVICES 2 INTERNATIONAL SPACE STATION (ISS)

SUSTAINING ENGINEERING SERVICES FOR THE ADVANCED PLANT HABITAT (APH).

MASS MEASUREMENT DEVICE SUPPORT FOR VEG 05 AND MOUSE HABITAT UNIT 8

BAA R&D - THE NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIPS -2 (NEXTSTEP-2) APPENDIX F: LOGISTICS REDUCTION (LR) IN SPACE BY TRASH COMPACTION AND PROCESSING SYSTEM (TCPS) BROAD AGENCY ANNOUNCEMENT (BAA) WAS ORIGINALLY ISSUED JULY 3, 2018. PROPOSALS WERE RECEIVED AND EVALUATED AND SELECTIONS OF SUCCESSFUL PROPOSALS ANNOUNCED OCTOBER 5, 2018. NASA ISSUED THIS SOLICITATION TO SOLICIT IDEAS AND TECHNOLOGIES TO ADVANCE TRASH COMPACTION AND PROCESSING (TCPS) CAPABILITIES. TRASH PROCESSING ENABLES REDUCTION IN MASS, VOLUME, AND THE CREW TIME DEDICATED TO LOGISTICS MANAGEMENT. THE CURRENT APPROACH TO TRASH MANAGEMENT ENTAILS MANUALLY COMPACTING, TEMPORARILY STORING IT, AND THEN DISPOSING OF THE TRASH EITHER BY RETURN TO EARTH OR INCINERATION DURING REENTRY IN A DISPOSABLE SUPPLY VEHICLE. LONG DISTANCES FROM EARTH AND LENGTHY DURATIONS WITH LIMITED OR NO RESUPPLY WILL CHARACTERIZE FUTURE HUMAN MISSIONS. RETURNING TRASH TO EARTH WILL BE IMPRACTICAL, JETTISONING DURING THE MISSION CAN RESULT IN LOSS OF VALUABLE RECOVERABLE RESOURCES AND DISPOSING OF IT LOCALLY MAY POSE A PLANETARY PROTECTION RISK, IF LEFT UNTREATED..NASA NEEDS A SYSTEM THAT CAN HANDLE ASTRONAUT TRASH IN SITU RATHER THAN DISPOSING OF IT OVERBOARD. HOWEVER, STORING TRASH INSIDE A SPACECRAFT CREATES PHYSICAL AND BIOLOGICAL HAZARDS FOR THE CREW, CONSUMES CRITICAL HABITAT VOLUME, AND SEQUESTERS POTENTIALLY VALUABLE RESOURCES. THIS WAS ONE OF THE SUCCESSFUL PROPOSALS FOR RESEARCH CONTRACTS IN AREAS FOR DESIGN, FABRICATION, AND TESTING OF CRITICAL COMPONENTS FOR A TCPS THAT COMPACTS TRASH TO REDUCE STORAGE VOLUME, RENDERS IT BIOLOGICALLY AND PHYSICALLY SAFE AND STABLE, RECOVERS TRAPPED RESOURCES, AND FORMS RESIDUAL MATERIAL INTO A STORABLE, POTENTIALLY USEFUL PRODUCT.

SIERRA SPACE CORPORATION COLLABORATION WITHIN THE MELT-CR PROJECT

NASA BAA/NRA AWARD. PROPOSAL TITLE "NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIP - NEXTSTEP-2.

COMMERCIAL RESUPPLY SERVICES 2 INTERNATIONAL SPACE STATION (ISS)

SUSTAINING ENGINEERING SERVICES FOR THE ADVANCED PLANT HABITAT (APH).