National Aeronautics and Space Administration: technology contract and supplier research — Page 13

Matched contract records

• 80LARC19F0118 contract award

  The Aerospace Corporation · National Aeronautics and Space Administration · 2019-09-27 · Reported $40K

  PASSIVE THERMAL TECHNICAL DISCIPLINE TEAM (TDT) SUPPORT.THE NASA ENGINEERING AND SAFETY CENTER'S PASSIVE THERMAL TECHNICAL DISCIPLINE TEAM (TDT) PROVIDES TECHNICAL EXPERTISE TO THE AGENCY FOR PASSIVE THERMAL CONTROL AND THERMAL PROTECTION SYSTEMS..

• 80LARC19F0114 contract award

  The Aerospace Corporation · National Aeronautics and Space Administration · 2019-09-26 · Reported $82K

  ELECTRICAL POWER TECHNICAL DISCIPLINE TEAM (TDT) SUPPORT PROVIDES TECHNICAL EXPERTISE TO THE AGENCY FOR ISSUES RELATED TO ELECTRICAL POWER. THIS DISCIPLINE ENCOMPASSES ALL AERONAUTICAL AND AEROSPACE-RELATED ELECTRICAL POWER SYSTEMS.

• 80LARC19F0115 contract award

  The Aerospace Corporation · National Aeronautics and Space Administration · 2019-09-26 · Reported $69K

  MECHANICAL SYSTEMS TECHNICAL DISCIPLINE TEAM SUPPORT. THE NASA ENGINEERING AND SAFETY CENTER'S MECHANICAL SYSTEMS TECHNICAL DISCIPLINE TEAM PROVIDES TECHNICAL EXPERTISE FOR THE RESOLUTION OF AGENCY-WIDE ISSUES RELATED TO MECHANICAL SYSTEMS.

• 80MSFC19F0222 contract award

  The Aerospace Corporation · National Aeronautics and Space Administration · 2019-09-25 · Reported $3.6M

  HUMAN LANDING SYSTEM (HLS) PROGRAM OFFICE SUPPORT

• 80LARC19F0113 contract award

  The Aerospace Corporation · National Aeronautics and Space Administration · 2019-09-25 · Reported $73K

  LOADS AND DYNAMICS TECHNICAL DISCIPLINE TEAM (TDT) SUPPORT.THE NASA ENGINEERING AND SAFETY CENTER'S (NESC) LOADS AND DYNAMICS (L&D) TECHNICAL DISCIPLINE TEAM (TDT) PROVIDES EXPERTISE TO THE AGENCY FOR STRUCTURAL DYNAMICS AND LOADS ANALYSIS AND TEST

• 80MSFC19F0223 contract award

  The Aerospace Corporation · National Aeronautics and Space Administration · 2019-09-25 · Reported $54K

  THE AEROSPACE CORPORATION WILL PROVIDE SUPPORT TO THE ADVANCED MICROWAVE PRECIPITATION RADIOMETER (AMPR) PROJECT.

• 80HQTR19F0285 contract award

  The Aerospace Corporation · National Aeronautics and Space Administration · 2019-09-19 · Reported $3.3M

  NASA HQ EXPLORATION SYSTEMS DEVELOPMENT (ESD)SUPPORT TO THE ESD ENTERPRISE FOR ESD/HEOMD

• 80HQTR19C0019 contract award

  Sierra Space · National Aeronautics and Space Administration · 2019-05-02 · Reported $12.5M

  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 APPRO

• 80JSC019F0028 contract award

  Redwire · National Aeronautics and Space Administration · 2018-11-30 · Reported $6.5M

  PORE FORMATION AND MOBILITY INVESTIGATION (PFMI) AND SOLIDIFICATION USING A BAFFLE IN SEALED AMPOULES (SUBSA) TO

• 80JSC018F0115 contract award

  Redwire · National Aeronautics and Space Administration · 2018-03-14 · Reported $7.9M

  ADVANCED PLANT HABITAT (APH) MISSION INTEGRATION AND OPERATIONS AND SUSTAINING ENGINEERING SERVICES FOR SPACE BIOLOGY TASK ORDER

• 80HQTR17C0009 contract award

  Sierra Space · National Aeronautics and Space Administration · 2017-08-29 · Reported $27.3M

  IGF::OT::IGF NASA BAA/NRA AWARD. PROPOSAL TITLE "NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIP - NEXTSTEP-2. THE NEXTSTEP-2 STUDY CONDUCTED BY SNC WILL EVALUATE MISSION ARCHITECTURE, SYSTEM INTERFACES, AND SUBSYSTEM COMPONENT DESIGN TO MEET THE OBJECTIVES OF THE THREE OPERATIONAL PHASES OUTLINED BY NASA. NASA'S HEOMD/AES DIVISION SELECTED THE SIERRA NEVADA CORPORATION PROPOSAL IN RESPONSE TO THE NEXT SPACE TECHNOLOGIES FOR EXPLORATION PARTNERSHIPS -2 (NEXTSTEP-2) BAA SOLICITATION IN THE AREA OF HABITATION SYSTEMS. THIS CONTRACT EFFORT WILL FOCUS ON REFINING ARCHITECTURES AND CONCEPT

• 80JSC017F0009 contract award

  Redwire · National Aeronautics and Space Administration · 2017-06-29 · Reported $2.6M

  IGF::OT::IGFTECHSHOT BIOFABRICATION FACILITY (BFF) TASK ORDER

• NNM17AA02C contract award

  Redwire · National Aeronautics and Space Administration · 2016-10-27 · Reported $87.6M

  IGF::OT::IGF IN-SPACE ROBOTIC MANUFACTURING AND ASSEMBLY SYSTEM (TIPPING POINT TECHNOLOGIES)

• NNC16CA21C contract award

  Aerojet Rocketdyne · National Aeronautics and Space Administration · 2016-04-28 · Reported $235.6M

  IGF::OT::IGF NASA, THROUGH THE SPACE TECHNOLOGY MISSION DIRECTORATE (STMD,) SEEKS TO DEMONSTRATE AN ADVANCED SOLAR ELECTRIC PROPULSION (EP) SYSTEM THAT WILL ENABLE FUTURE DEEP SPACE HUMAN AND ROBOTIC EXPLORATION APPLICABLE TO THE UNITED STATES PRIVATE AND PUBLIC SECTOR SPACE NEEDS. THE PURPOSE OF THE ADVANCED ELECTRIC PROPULSION (EP) SYSTEM (AEPS) CONTRACT IS THE DEVELOPMENT AND DELIVERY OF EP STRING SETS TO SUPPORT AN ADVANCED SEP DEMONSTRATION MISSION. DURING THE CONTRACT BASE PERIOD OF PERFORMANCE, THE CONTRACTOR WILL DEVELOP, TEST, AND DELIVER ENGINEERING DEVELOPMENT END ITEMS THAT WILL RE

• NNM16AA12C contract award

  Aerojet Rocketdyne · National Aeronautics and Space Administration · 2016-04-01 · Reported $287.2M

  EXPLORATION UPPER STAGE ENGINES MSFC WILL PROCURE TEN (10) RL10 FLIGHT ENGINES FROM AEROJET ROCKETDYNE, INC. TO SUPPORT THE SPACE LAUNCH SYSTEM (SLS) EXPLORATION MISSIONS 2 AND 3 (EM-2 AND EM-3). EACH FLIGHT WILL REQUIRE A FOUR (4) ENGINE CLUSTER. ADDITIONALLY, TWO (2) SPARE ENGINES WILL BE PROCURED. CORRESPONDING TO THESE SPECIFIC RL10 ENGINES, NASA MSFC WILL PROCURE VEHICLE AND PROGRAM INTEGRATION SUPPORT, FLIGHT SUPPORT, AND HUMAN RATING COMPLIANCE REVIEW SUPPORT.

• NNH15CN77C contract award

  Sierra Space · National Aeronautics and Space Administration · 2015-09-04 · Reported $6.5M

  IGF::OT::IGF NEXTSTEP NRA AWARD. THIS CONTRACT INVOLVES DEVELOPMENT AND DEMONSTRATION OF A HYBRID LIFE SUPPORT SYSTEMS (HLSS) THAT WILL ENABLE OPERATIONALLY EFFICIENT AND EFFECTIVE EXPLORATION ENVIRONMENTAL CONTROL AND LIFE SUPPORT SYSTEMS THROUGH HYBRID TECHNOLOGIES THAT CAN BE EVOLVED TO MEET LONG-DURATION LIFE SUPPORT REQUIREMENTS FOR SUSTAINED HABITATION AT MUCH LOWER LIFE CYCLE COSTS. CURRENT STATE-OF-THE-ART TECHNOLOGY BEING FLOWN ON THE ISS ALLOWS FOR ONLY 25-50 PERCENT RESOURCE RECOVERY DEPENDING UPON THE RESOURCE IN QUESTION, WHETHER OXYGEN, WATER, OR CARBON. STRATEGICALLY AND OPER

• NNJ15GU47T contract award

  Redwire · National Aeronautics and Space Administration · 2015-07-27 · Reported $4.0M

  IGF::OT::IGF MULTI-PURPOSE VARIABLE-GRAVITY PLATFORM THE MVP IS DESIGNED PRIMARILY FOR LIFE AND MICROGRAVITY SCIENCES RESEARCH ON THE INTERNATIONAL SPACE STATION (ISS). IT ACCOMMODATES MULTIPLE EXPERIMENT MODULES WHICH PROVIDES 2-LEVELS OF CONTAINMENT WITH STANDARDIZED MECHANICAL AND ELECTRICAL INTERFACES WHICH MAY BE ACCESSED ON ORBIT OR CONTROLLED REMOTELY OR VIA A PRE-PROGRAMMED TIMELINE. THE POTENTIAL USES OF THE MVP ARE NUMEROUS SUCH AS CELL CULTURE, DROSOPHILA, AQUATICS, PLANTS, ALGAE, INVERTEBRATE ORGANISMS AND PROTEIN CRYSTAL GROWTH. THE MVP OFFERS TWO INDEPENDENTLY CONTROLLED CENTRIFU

• NND13AC02C contract award

  Vertex Aerospace LLC · National Aeronautics and Space Administration · 2013-06-05 · Reported $124.7M

  IGF::OT::IGF THE PURPOSE OF THE AOS CONTRACT IS TO SUPPORT THE OPERATIONS OF ALL AIRCRAFT (PLATFORM, RESEARCH, AND SUPPORT) ASSIGNED TO DRYDEN FLIGHT RESEARCH CENTER (DFRC). THE CONTRACTOR SHALL MANAGE ITS WORKFORCE TO ENSURE THAT QUALITY PRODUCTS AND SAFE OPERATIONS ARE PROVIDED TO NASA AND NASA CUSTOMERS. DFRC AIRCRAFT ARE THOSE LOCATED AT THE MAIN CAMPUS (EDWARDS AIR FORCE BASE, CALIFORNIA) AND DRYDEN AIRCRAFT OPERATIONS FACILITY (DAOF) LOCATED IN PALMDALE, CALIFORNIA. THE CONTRACTOR SHALL ALSO SUPPORT ALL OPERATIONS DURING THE DEPLOYMENT OF THESE AIRCRAFT FOR OPERATIONS AT OTHER FACIL

• NNG12VN22T contract award

  The Aerospace Corporation · National Aeronautics and Space Administration · 2012-02-28 · Reported $3.6M

  GOES-R IIRT THE NATIONAL AERONAUTICS AND SPACE ADMINISTRATION (NASA) NASA GODDARD SPACE FLIGHT CENTER IS SERVING AS SYSTEM INTEGRATOR FOR THE NOAA GOES-R SPACECRAFT. GOES-R IS THE PLANNED FOLLOW-UP WEATHER SATELLITE FOR THE GOES N P SERIES NOW IN ORBIT. AEROSPACE CORPORATION HAS BEEN PROVIDING INDEPENDENT INTEGRATED REVIEW TEAM (IIRT) SUPPORT TO THE NASA GOES PROGRAM OFFICE SINCE THE GOES-K SATELLITE TIME FRAME THROUGH THE PRESENT GOES-R SERIES DESIGN AND DEVELOPMENT. TO ENSURE PROPER CONTINUITY OF THE DESIGN REVIEW PROCESS, FOLLOW-ON EFFORT BY THIS KEY CONTRACTOR IS REQUIRED. AEROSPACE CORPOR

Matched recipient profiles

• 3D Systems

  United States

  Offers additive manufacturing and consulting for defense applications including passive RF hardware, lightweight brackets, propulsion components and heat exchangers; its page highlights part consolidation and weight reduction.

• 3M Company

  Saint Paul, MN, United States

  3M supplies aerospace materials including adhesives, films, sealants and surface-protection products used in aircraft design and maintenance.

• Aegis Aerospace

  Houston, TX, United States

  Commercial space and defense company that designs, builds, and operates satellites, payloads, ground stations, and spaceflight equipment for DoD and Space Force customers.

• Aerojet Rocketdyne

  Canoga Park, CA, United States

  Develops and manufactures liquid and solid rocket propulsion systems for space and defense programs.

• AeroVironment

  Arlington, VA, United States

  Defense manufacturer of unmanned aircraft and multi-domain robotic systems.

  AeroVironment's published portfolio spans unmanned systems, reconnaissance, precision strike, counter-UAS, directed energy and mission software. Listed products include Puma 3 AE, JUMP 20-X and several Switchblade configurations. Those are different product and mission families, so an aircraft carrying a reconnaissance sensor should be evaluated against a comparable offering rather than against a loitering munition simply because both appear under the company name. Offering context reviewed October 1, 2026.

  Name the exact system, payload, ground control and support package. Ask which training, spares, consumables, software and integrations are included, and which documented customer use applies to that configuration. For a partnership, identify the relevant product team and interface. Company-level awards can span the portfolio and should be checked before attributing them to a particular aircraft or munition.

• Anduril Industries

  Costa Mesa, CA, United States

  Anduril develops defense products spanning autonomous aircraft, counter-drone systems, underwater vehicles, command-and-control software, and other mission systems.

  Anduril's published portfolio includes Ghost and Altius aircraft and Lattice software. The product and integration scope matter more than the broad label 'drone company': compare the specific aircraft, payload, software and support being offered. Offering context reviewed September 28, 2026.

  Ask which legal entity and product configuration would deliver the requirement, what integration is included, and which customer evidence applies to that configuration. An award matched to Anduril does not by itself identify the aircraft or software involved.

• A-P-T Research

  Huntsville, AL, United States

  Provides mission analysis, modeling and simulation products for defense and space systems.

• Astranis

  San Francisco, CA, United States

  Astranis develops compact geostationary communications satellites and dedicated bandwidth platforms, including programs serving government and defense users.

  Astranis describes small satellites for high orbits and MicroGEO dedicated satellite broadband, alongside government work in communications and position, navigation and timing. Building, operating and obtaining capacity from a satellite can involve different commercial arrangements. Define whether you need spacecraft capability, a mission partnership or an operated communications service before comparing the engagement. Offering context reviewed October 1, 2026.

  Ask what capacity, coverage, payload control and operating responsibilities are included in the specific service or spacecraft configuration. Map launch, ground equipment and commissioning dependencies, then identify the acceptance test and continuing support. Distinguish current contracted capabilities from a future product or mission roadmap in the evidence you share with a customer.

• Aurora Flight Sciences

  Manassas, VA, United States

  Designs advanced and uncrewed aircraft, including long-endurance UAS, and develops autonomy and lightweight aircraft technologies.

• Axiom Space

  Houston, TX, United States

  Axiom Space develops commercial human-spaceflight infrastructure, spacesuits and orbital platforms, with work relevant to government and national-security space missions.

• Benchmark Space Systems

  South Burlington, VT, United States

  In-space propulsion and mobility provider offering high-test-peroxide, ASCENT monopropellant and electric propulsion systems, including AFRL-tested thrusters for defense missions.

• BlackSky

  Herndon, VA, United States

  BlackSky operates an Earth-observation satellite constellation and provides AI-enabled geospatial intelligence and monitoring for government and commercial customers.

  BlackSky describes an Earth-observation constellation and the Spectra platform for satellite tasking, data analysis and intelligence delivery. Its public offerings distinguish flexible on-demand tasking from assured capacity for persistent monitoring. For a founder comparing imagery or intelligence inputs, the purchase concerns collection access and an analytical workflow, not merely the fact that the supplier operates satellites. Offering context reviewed October 1, 2026.

  Specify the area of interest, collection timing, desired output and workflow integration. Ask how tasking priority, delivery latency, coverage gaps and data-use rights are handled, and what happens when a collection cannot be completed. Compare equivalent observation requirements and access terms. Funding and matched award counts do not establish that a particular collection or analytic product meets those requirements.

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