Contractor directory

M.M.A. DESIGN LLC

BROOMFIELD, CO · UEI HJGNEC99TWV5 · CAGE 50JD9

Largest contract awards

• 80NSSC20C0050$4.9M

  ANTENNA FOR GLOBAL L-BAND ACTIVE/PASSIVE OBSERVATORY FOR WATER CYCLE STUDIES (GLOWS)

  National Aeronautics and Space Administration · NAICS 541715 · Mar 2020 – Mar 2024 · official record ↗

• HR001116C0042$3.9M

  IGF::OT::IGF PANTOGRAPH DEPLOYED HIGH GAIN REFLECTARY (P-DAHGR) EFFORT.

  Defense Contract Management Agency · NAICS 541712 · Jan 2016 – Mar 2019 · official record ↗

• FA945316C0401$2.3M

  IGF::OT::IGF SBIR II CRP "MULTI-FUNCTIONAL MEMBRANE DEORBIT MODULE AND DEPLOYABLE HIGH GAIN REFLECTARRAY"

  Department of the Air Force · NAICS 541712 · Mar 2016 – Mar 2025 · official record ↗

• 80NSSC20C0236$1.8M

  MMA DESIGN - CUBESATS

  National Aeronautics and Space Administration · NAICS 541715 · Jul 2020 – Nov 2024 · official record ↗

• 80NSSC26C0411$782K

  FY26 SBIR PHASE III - GLOWS TECHNOLOGYADVANCEMENT PROPOSAL FORNASA

  National Aeronautics and Space Administration · NAICS 541715 · Aug 2026 – Mar 2028 · official record ↗

• FA945318C0213$750K

  IMPROVED SOLAR CELL POWER FOR CUBESATS

  Department of the Air Force · NAICS 541715 · Jan 2018 – Apr 2021 · official record ↗

• 80NSSC18C0098$750K

  MMA HAS PROPOSED A TECHNICAL APPROACH CREATES A HIGHLY SIMPLISTIC ANTENNA ARCHITECTURE BY TAKING ADVANTAGE OF NATURAL MECHANICS OF HIGH-STRAIN COMPOSITE MATERIALS TO CREATE A 1D PARABOLIC REFLECTOR SURFACE. AT SMALLER SCALES (1-2 M2), THE ARCHITECTURE ALLOWS CONTINUOUS REFLECTOR SURFACES FOR ESPA-CLASS SPACECRAFT, WHILE AT LARGER SCALES A MODULAR ARCHITECTURE IS TAKEN ADVANTAGE OF TO PRODUCE MUCH LARGER APERTURES WITHOUT REQUIRING COMPARATIVELY LARGE SPACECRAFT. THE EFFORT WILL DEVELOP A LARGE APERTURE AT KU, KA, AND W FREQUENCIES USING ROLLABLE SHELL SURFACES THAT COMBINE THE SURFACE ACCURACY OF RIGID REFLECTORS WITH THE PACKAGING ADVANTAGES OF FLEXIBLE REFLECTORS. DEVELOPING A STOWABLE, MORPHING , HIGH-STRAIN COMPOSITE REFLECTOR SURFACE WITH SUFFICIENT SURFACE ROUGHNESS AND POSITION KNOWLEDGE FOR FREQUENCIES UP TO 94 GHZ WILL ENABLE LARGE APERTURES WITH REDUCED STOWED ENVELOPE AND CAN DRAMATICALLY REDUCE THE HARDWARE, INSTRUMENT AND MISSION IMPLEMENTATION COSTS. ORIGINALLY INSPIRED BY THE SHAPE OF A BEAM BEING DEFLECTED UNDER LOAD, MMA IS USING ANALYSIS AND LAB TESTING TO DETERMINE THE PRESCRIBED LOADING CONFIGURATION CAPABLE OF DEFLECTING A SEMI-RIGID MEMBER INTO A PARABOLIC CURVE. BY USING THE MECHANICS OF BENDING RATHER THAN MOLDING AND MANUFACTURING TO PRESCRIBE THE REFLECTOR S SHAPE, THE SYSTEM PROVIDES A REPEATABLE METHOD OF FORMING A PARABOLIC SURFACE. THIS ARCHITECTURE LENDS ITSELF TO A STRUCTURALLY SIMPLE SYSTEM, PROVIDING HIGH RELIABILITY AND LOW COMPLEXITY. PHASE I EFFORTS DEMONSTRATED THROUGH ANALYSIS AND PROTOTYPING THAT LOADING CONDITIONS EXIST FOR ISOTROPIC BEAMS TO FORM A SURFACE CLOSELY MATCHING A PARABOLA, WHILE RF PERFORMANCE SIMULATIONS VERIFIED THE REFLECTOR S ABILITY TO PERFORM WITH MINIMAL GAIN LOSSES UP TO 95 GHZ. THE PHASE II EFFORT WILL BUILD UPON THIS EARLY DEVELOPMENT TO DESIGN, BUILD, AND TEST A DEPLOYABLE TRI-BAND ANTENNA SYSTEM.

  National Aeronautics and Space Administration · NAICS 541715 · May 2018 – May 2021 · official record ↗

• 80NSSC24CA002$300K

  SBIR PHASE III - MULTI-FUNCTIONAL MEMBRANE DEORBIT MODULE & DEPLOYABLE HIGH GAIN REFLECTARRAY

  National Aeronautics and Space Administration · NAICS 541715 · Oct 2023 – Aug 2026 · official record ↗

• 80NSSC23PB485$150K

  FY23 SBIR PHASE I IN-SPACE ASSEMBLED BOOMS FOR DEPLOYABLE LIDAR INSTRUMENTS

  National Aeronautics and Space Administration · NAICS 541715 · Aug 2023 – Feb 2024 · official record ↗

• 80NSSC18P2012$125K

  NOVEL TECHNOLOGIES ARE DESIRED TO MEET EVOLVING DEMAND FOR REMOTE MICROWAVE SENSORS. SPECIFICALLY, A LARGE-APERTURE, ACTIVE ANTENNA WHICH STOWS INTO A COMPACT VOLUME ON EACH SPACECRAFT OF A SATELLITE CONSTELLATION CAN REDUCE THE NUMBER OF SATELLITES REQUIRED TO ADEQUATELY SAMPLE A GIVEN MEASUREMENT. INDEED, WITH A LOWER SATELLITE COUNT, A SIGNIFICANT ECONOMIC BENEFIT CAN BE REALIZED WITH THE COST SAVINGS ASSOCIATED WITH THE CORRESPONDING REDUCED LAUNCH BURDEN. MMA DESIGN LLC PROPOSES TO ADVANCE THE STATE-OF-THE-ART IN LARGE-APERTURE, HIGH-ASPECT RATIO TECHNOLOGIES BY DEVELOPING A DEPLOYABLE SYNTHETIC APERTURE RADAR (SAR) ANTENNA APPLICABLE TO A MICROSAT FORM FACTOR USING REFLECTARRAY RIGID PANELS. THE LARGE APERTURE RIGID ANTENNA (LARA), STOWS EFFICIENTLY IN AN 1800-CM3 VOLUME (30 CM 30 CM 20 CM) AND RELIABLY DEPLOYS FORMING A 4.5-M2 APERTURE WITH A 5.6:1 ASPECT RATIO

  National Aeronautics and Space Administration · NAICS 541715 · Jul 2018 – Feb 2019 · official record ↗

• 80NSSC22CA218$115K

  OPTIC DEPLOYMENT MECHANISM DESIGN AND FABRICATION. A 4 SQUARE METER HIGH ASPECT RATIO X BAND ANTENNA FOR SMALL SATELLITES

  National Aeronautics and Space Administration · NAICS 541715 · Sep 2022 – Jun 2024 · official record ↗

• 80NSSC21C0603$100K

  MMA WILL SUPPORT THE ADVANCED MEASUREMENT AND DATA SYSTEMS BRANCH OF NASA LANGLEY ON THE SPECIES PROJECT FOR THE DEVELOPMENT OF A DESIGN AND REQUIREMENTS FOR A MECHANISM TO DEPLOY A MEMBRANEBASED OPTIC.

  National Aeronautics and Space Administration · NAICS 541715 · Sep 2021 – Sep 2022 · official record ↗

Public records from FPDS (via USAspending.gov) and SAM.gov. Figures reflect harvested award data and may not be complete; verify against the linked official records. Not an endorsement. Company in the data by mistake or wish to update it? Email support@usegovscout.com.