NORTHROP GRUMMAN SYSTEMS CORPORATION

INCREMENTALLY FUND $38,000,000 IN PURCHASE ORDER 4600028677 FOR PHASE 6 BASE. THIS DOES NOT CHANGE THE VALUE OF THE CONTRACT.

INCREMENTALLY FUND PHASE BASE AND TO 22.

ICESAT-2 MISSION OPERATIONS CENTER (MOC) SUPPORT CENTER CONTRACT - PROVIDE HIGHLY SPECIALIZED ENGINEERING SERVICES FOR MISSION OPERATIONS SUPPORT TO MEET ICESAT-2 SCIENCE OBJECTIVES.

STABLE: SYSTEMS TECHNOLOGIES FOR ARCHITECTURE BASELINE

JOINT POLAR SATELLITE SYSTEM-2, 3, AND 4 SPACECRAFT. GD-300HP CORE SPACECRAFT INCLUDING ALL ASSOCIATED HARDWARE, SOFTWARE, SOURCE CODE, MAINTENANCE SYSTEM AND DOCUMENTATION FOR THE JPSS-2, 3, AND 4 SPACECRAFT MISSION.

HELIOSWARM PROGRAM SUPPORT

INCREMENTALLY FUND TO 19.

HELIOSWARM PROGRAM SUPPORT

STABLE: SYSTEMS TECHNOLOGIES FOR ARCHITECTURE BASELINE

ICESAT-2 MISSION OPERATIONS CENTER (MOC) SUPPORT CENTER CONTRACT - PROVIDE HIGHLY SPECIALIZED ENGINEERING SERVICES FOR MISSION OPERATIONS SUPPORT TO MEET ICESAT-2 SCIENCE OBJECTIVES.

THIS EFFORT IS FOR WORK PERFORMED DURING PHASE B THROUGH F OF THE TRANSITING EXOPLANET SURVEY SATELLITE (TESS) MISSION. THE SPECIFIC REQUIREMENTS FOR EACH OF THESE PHASES ARE PRESENTED IN INDIVIDUAL SECTIONS BELOW. THE EFFORT ALSO INCLUDES TASKS TO: DESIGN, ANALYZE, VALIDATE, DEVELOP, FABRICATE, ASSEMBLE, INTEGRATE, TEST, AND DELIVER THE TESS SPACECRAFT INTEGRATE, TEST, AND OPERATE THE TESS OBSERVATORY AND DEVELOP, TEST, OPERATE, AND SUSTAIN THE ASSOCIATED MISSION OPERATIONS CENTER (MOC). THE CONTRACTOR IS RESPONSIBLE FOR THE DEVELOPMENT OF THE SPACECRAFT AND CAMERA ACCOMMODATION STRUCTURE, INCLUDING THE SUNSHADE. THE TESS INSTRUMENT, CONSISTING OF THE CAMERA STRUCTURE ASSEMBLY, DATA HANDLING UNIT AND HARNESS, WILL BE PROVIDED AS GOVERNMENT FURNISHED EQUIPMENT.

RAPID ON ORBIT SPACE TECHNOLOGY EVALUATION RING

HELIOSWARM PROGRAM SUPPORT

RAPID ON-ORBIT SPACE TECHNOLOGY EVALUATION RING

JOINT POLAR SATELLITE SYSTEM-2 SPACECRAFT. GD-300HP CORE SPACECRAFT INCLUDING ALL ASSOCIATED HARDWARE, SOFTWARE, SOURCE CODE, MAINTENANCE SYSTEM AND DOCUMENTATION FOR THE JPSS-2 SPACECRAFT MISSION.

ICESAT-2 MISSION OPERATIONS CENTER (MOC) SUPPORT CENTER CONTRACT - PROVIDE HIGHLY SPECIALIZED ENGINEERING SERVICES FOR MISSION OPERATIONS SUPPORT TO MEET ICESAT-2 SCIENCE OBJECTIVES.

ISS COMMERCIAL RESUPPLY SERVICES 2

HELIOSWARM PROGRAM SUPPORT

DESIGN, DEVELOP, TEST, AND PRODUCE GLOBAL VARIANTS OF THE PROTECTED TACTICAL SATELLITE COMMUNICATION SPACE VEHICLES, ASSOCIATED GROUND SYSTEMS AND ANCHOR STATIONS

STABLE: SYSTEMS TECHNOLOGIES FOR ARCHITECTURE BASELINE

HELIOSWARM PROGRAM SUPPORT

AUTHORIZE THE RISK MITIGATION ACTIVITIES (RMAS) CHANGE REQUESTS (CR) FROM NASA LETTER BL-25-019. THE RMAS ARE FROM THE MAY 5, 2025, OUTSIDE OF BOARD (OSB) HALO CONTROL BOARD (HCB).

INCREMENTALLY FUND $70,000,000 FOR PHASE 6 BASE.

HELIOSWARM PROGRAM SUPPORT

RAPID ON-ORBIT SPACE TECHNOLOGY EVALUATION RING. ENGINEERING CHANGE PROPOSAL PART 2

TO 19 FUNDING

HELIOSWARM PROGRAM SUPPORT

ICESAT-2 MISSION OPERATIONS CENTER (MOC) SUPPORT CENTER CONTRACT - PROVIDE HIGHLY SPECIALIZED ENGINEERING SERVICES FOR MISSION OPERATIONS SUPPORT TO MEET ICESAT-2 SCIENCE OBJECTIVES.

ENGINEERING CHANGE PROPOSAL 6B

RAPID ON ORBIT SPACE TECHNOLOGY EVALUATION RING (ROOSTER-5) INTEGRATION, TEST, AND OPERATIONS EFFORTS

ISS COMMERCIAL RESUPPLY SERVICES 2

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

HELIOSWARM PROGRAM SUPPORT

HELIO SWARM PHASE SUPPORT

RAPID ON-ORBIT TECHNOLOGY INSERTION RING

THE AIR FORCE TECHNICAL APPLICATIONS CENTER UTILIZES DATA FROM SPACE-BASED SENSORS IN SUPPORT OF ITS NUCLEAR SURVEILLANCE MISSION. THE SPACE TEST PROGRAM SATELLITE #6 IS A UNIQUE ASSET THAT CONTRIBUTES TO THE SURVEILLANCE MISSION FROM SPACE.

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

THIS EFFORT IS FOR WORK PERFORMED DURING PHASE B THROUGH F OF THE TRANSITING EXOPLANET SURVEY SATELLITE (TESS) MISSION. THE SPECIFIC REQUIREMENTS FOR EACH OF THESE PHASES ARE PRESENTED IN INDIVIDUAL SECTIONS BELOW. THE EFFORT ALSO INCLUDES TASKS TO: DESIGN, ANALYZE, VALIDATE, DEVELOP, FABRICATE, ASSEMBLE, INTEGRATE, TEST, AND DELIVER THE TESS SPACECRAFT INTEGRATE, TEST, AND OPERATE THE TESS OBSERVATORY AND DEVELOP, TEST, OPERATE, AND SUSTAIN THE ASSOCIATED MISSION OPERATIONS CENTER (MOC). THE CONTRACTOR IS RESPONSIBLE FOR THE DEVELOPMENT OF THE SPACECRAFT AND CAMERA ACCOMMODATION STRUCTURE, INCLUDING THE SUNSHADE. THE TESS INSTRUMENT, CONSISTING OF THE CAMERA STRUCTURE ASSEMBLY, DATA HANDLING UNIT AND HARNESS, WILL BE PROVIDED AS GOVERNMENT FURNISHED EQUIPMENT.

HELIOSWARM PROGRAM SUPPORT

RAPID ON-ORBIT TECHNOLOGY INSERTION RING

STABLE: SYSTEMS TECHNOLOGIES FOR ARCHITECTURE BASELINE

RAPID ON-ORBIT SPACE EVALUATION TECHNOLOGY RING

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

RAPID ON ORBIT SPACE TECHNOLOGY EVALUATION RING (ROOSTER-5) INTEGRATION, TEST, AND OPERATIONS EFFORTS

ADVANCED X-RAY IMAGING SATELLITE (AXIS) PHASE A

ICE, CLOUD, AND LAND ELEVATION-2 (ICESAT-2) MISSION OPERATIONS CENTER (MOC) SUPPORT CENTER CONTRACT - PROVIDE HIGHLY SPECIALIZED ENGINEERING SERVICES FOR MISSION OPERATIONS SUPPORT TO MEET ICESAT-2 SCIENCE OBJECTIVES.

HELIOSWARM PROGRAM SUPPORT

HELIOSWARM PROGRAM SUPPORT

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

COMMERCIAL RESUPPLY SERVICES 2 (CRS2)