Load Factor

The supplier directory

Hypersonics

8 companies in this category, each profiled from public sources with every line naming where it came from · Defense electronics and mission systems.

The buyer's guide19 August 2026

How to buy hypersonics work

Most of this market sells development, not products. The buyer's job is to find out which stage a supplier is actually at, and what the government already paid for.

This category covers hypersonic vehicles and the specialist supply beneath them: high temperature materials and structures, thermal protection, air-breathing and solid propulsion, guidance and the test infrastructure that supports all of it. Missiles and precision weapons have their own guide, and so does spacecraft propulsion. What distinguishes this shelf commercially is that a large share of the companies on it sell development work, and the buyer's first task is to establish what stage the technology is at without accepting the word maturity as an answer.

Establish the stage before the specification

Ask what has flown, what has been tested on the ground, and what exists as analysis. Ask about the ground test: which facility, what enthalpy, what run duration, how many runs, and what the article looked like afterwards. Ask what the recession or ablation rate was and how it compares with the model. Ask what instrumentation survived the test, because in this field the data is harder to get than the article. Ask what the failure was on the last campaign, and what changed as a result. A supplier that answers those five questions concretely is at a different stage from one that answers with roadmaps.

The controls reach the conversation, not just the hardware

Rockets, space launch vehicles and missiles are enumerated on the munitions list with payload and range thresholds and missile-technology annotations, and the enumeration extends to the technical data directly related to those articles and the defense services performed on them.1 For hypersonics that means the design review, the analysis and the test report are all controlled. Ask how the supplier segregates controlled data, who has access, and what its process is for foreign nationals in its workforce and its own supply chain. Ask what its cybersecurity assessment status is, since defense work carries certification requirements for protecting federal contract information and controlled unclassified information, with levels from self-assessment to third-party and government-led assessment.3

What the government already owns

Much of the work in this field is government funded, and rights in technical data are defined by clause: unlimited rights, government purpose rights for a five-year or negotiated period on mixed-funded development, and limited rights that keep data inside the government and bar its use for manufacture without written permission.2 Ask which assertions the supplier will make on your programme, and ask what it has already delivered under prior awards. Federal award data is public and shows what a company has been contracted to do, for how much and when, which in a field this opaque is often the only independent evidence a buyer can get.5 Specifications called out in the work are checkable too: the government's standardization register shows each document's status and dates.4

Questions that sort suppliers

Ask for the test log: dates, facilities, conditions, outcomes. Ask what the material system is and who supplies it, at what lead time. Ask which awards the current capability was built under and what rights attach. Ask what would have to be true for the supplier to deliver at rate, and what it would cost.

Sources, in the order cited

  1. 1Electronic Code of Federal Regulations · 22 CFR Part 121, The United States Munitions List
  2. 2Acquisition.gov · DFARS 252.227-7013, Rights in Technical Data, Noncommercial Items
  3. 3Electronic Code of Federal Regulations · 32 CFR Part 170, the Cybersecurity Maturity Model Certification Program
  4. 4Defense Logistics Agency · ASSIST Quick Search, the standardization document register
  5. 5United States Department of the Treasury · The USAspending API, federal award data
Reuben Mann, Editor · Five sources

Suppliers in this category

8 companies

Makes: Advanced High Temperature Sensors for Hypersonic Vehicles · Anti-Fog Coatings for Spacesuit Helmets

  • Contract award: National Aeronautics and Space Administration SBIR/STTR award 2023, contract 80NSSC23PB291: Advanced High Temperature Sensors for Hypersonic Vehicles SBIR and STTR award data
  • Contract award: National Aeronautics and Space Administration SBIR/STTR award 2023, contract 80NSSC23PB292: Anti-Fog Coatings for Spacesuit Helmets SBIR and STTR award data
  • The company's own statement: AS9100D:2016 / ISO-9001:2015 – Registered AS9100 certificate 21 CFR Part 820 (Medical Device Quality System Regulations)- 2nd party compliance Class III Medical Device Approved Supplier Home Phone ACREE TECHNOLOGIES INCORPORATED website

Makes: Extending the Surveillance Horizon for Improved Ship Self-Defense Against Hypersonic Cruise Missiles · Autonomous Multi-Function RF Sensor for Unmanned Aircraft

  • Contract award: Navy SBIR/STTR award 2020, contract N68335-20-C-0503: Autonomous Multi-Function RF Sensor for Unmanned Aircraft SBIR and STTR award data
  • Contract award: Navy SBIR/STTR award 2021, contract N68335-21-C-0780: Extending the Surveillance Horizon for Improved Ship Self-Defense Against Hypersonic Cruise Missiles SBIR and STTR award data
  • The company's own statement: ARTEMIS, Inc. develops multi-function, small SWaP software defined radars (SlimSDR) for remote sensing, reconnaissance, and high-altitude defense applications. ARTEMIS, INC. website

Makes: AERONAUTICAL ENGINEERING SERVICES IN SUPPORT OF NASA JSC'S AIRCRAFT OPERATIONS DIVISION (AOD) AND OTHER NASA CENTERS · Data-Driven Hypersonic Turbulence Modeling Toolset · A Multiphysics Framework for Variable-Fidelity Signature Analysis of Hypersonic Systems · Anisotropic Metric-Based Mesh Adaption for Hypersonic Flow

  • Contract award: Defense Advanced Research Projects Agency SBIR/STTR award 2023, contract W912CG23C0005: A Multiphysics Framework for Variable-Fidelity Signature Analysis of Hypersonic Systems SBIR and STTR award data
  • Contract award: Federal subcontract Z-20261451035, $1.0M under YULISTA SOLUTIONS LLC: (IDIQ) AGREEMENT TO PROVIDE AERONAUTICAL ENGINEERING SERVICES IN SUPPORT OF NASA JSC'S AIRCRAFT OPERATIONS DIVISION (AOD) AND OTHER NASA CENTERS. POP: FIVE (5) YEAR AGREEMENT WITH AN AN EXPIRATION OF 6/30/2031 USAspending.gov award data
  • Contract award: National Aeronautics and Space Administration SBIR/STTR award 2023, contract 80NSSC23PB353: Anisotropic Metric-Based Mesh Adaption for Hypersonic Flow SBIR and STTR award data

Makes: Additive Insulative Layer for Thermal Protection System · Novel Diagnostic Tools for Production of WTPS and 1 more

  • Contract award: Defense Logistics Agency SBIR/STTR award 2023, contract SP4701-23-C-0054: A Continuous and Automated Manufacturing Breakthrough, Securing a Robust Domestic Supply Chain of Affordable High Temperature Reinforcement for Hypersonic Thermal Protection System Applications SBIR and STTR award data
  • Contract award: Federal subcontract 5300184350, $735,900 under NORTHROP GRUMMAN SYSTEMS CORPORATION: PREFABRICATED METAL BUILDING AND COMPONENT MANUFACTURING USAspending.gov award data
  • Contract award: National Aeronautics and Space Administration SBIR/STTR award 2020, contract 80NSSC20C0218: Novel Diagnostic Tools for Production of WTPS SBIR and STTR award data

Makes: Compliant Deployable Antennae for Hypersonic Vehicles · Integrated Computational Materials Engineering (ICME) for In-Space and Extraterrestrial Surface Metal Welding and Joining · Radar Seeker Model for Hypersonic Weapon Full Life Cycle Support

  • Contract award: Federal subcontract 22S-2597 TO 023, $450,000 under RADIANCE TECHNOLOGIES INC: TO CONDUCT RESEARCH AND DEVELOPMENT ACTIVITIES FOR THE CREATION OF PROTOTYPES TO SUPPORT NEW SENSOR CHARACTERIZATION, ALGORITHM DEVELOPMENT, DATA VALIDATION AND INTELLIGENCE PRODUCTION OF THE COMMAND, CONTROL, COMMUNICATION AND INFORMATION (C4I) DEFEAT FLIGHT FOR THE NATIONAL AIR & SPACE INTELLIGENCE CENTER€„¢S (NASIC) GEOSPATIAL INTELLIGENCE (GEOINT) ANALYSIS SQUADRON (NASIC/GSI). USAspending.gov award data
  • Contract award: Federal subcontract IDIQ-ASSESS-001-TO1-C3.02, $575,269 under ANALYTICAL MECHANICS ASSOCIATES, INC.: THE ARMY TECHNOLOGY DEVELOPMENT DIRECTORATE REQUIRES MULTIDISCIPLINARY EXPERTISE IN ROTARY-WING AND ADVANCED AIRCRAFT DESIGN TO SUPPORT AVIATION ENTERPRISE LEVEL DESIGN AND PERFORMANCE ASSESSMENT ACTIVITIES. THESE REQUIREMENTS INCLUDE THE APPLICATION OF EXISTING COMPUTATIONAL TOOLS, THE DEVELOPMENT OF NEW COMPUTATIONAL METHODS, AND SPECIALIZED MODELING IN AREAS SUCH AS COST, PROPULSION, AND USAspending.gov award data
  • Contract award: National Aeronautics and Space Administration SBIR/STTR award 2023, contract 80NSSC23PB386: Integrated Computational Materials Engineering (ICME) for In-Space and Extraterrestrial Surface Metal Welding and Joining SBIR and STTR award data

CMSOFT, INC.

Palo Alto, CA, US

cmsoftinc.com

Makes: Projection-Based Model Order Reduction for Practical Parametric High-Fidelity Numerical Simulations of Maneuvering Hypersonic Weapons · A Data-Driven Digital Twin Approach for the Aging Prediction of Airworthiness of Aircraft Composite Components Accounting for Flight and Environmental · Extending the Scope of Applications of Kestrel to Parachute Deployment and Aircraft Braking

  • Contract award: Air Force SBIR/STTR award 2022, contract FA9550-22-C-0012: Extending the Scope of Applications of Kestrel to Parachute Deployment and Aircraft Braking SBIR and STTR award data
  • Contract award: Navy SBIR/STTR award 2022, contract N68335-22-C-0252: A Data-Driven Digital Twin Approach for the Aging Prediction of Airworthiness of Aircraft Composite Components Accounting for Flight and Environmental SBIR and STTR award data
  • Contract award: Navy SBIR/STTR award 2023, contract N68335-23-C-0517: Projection-Based Model Order Reduction for Practical Parametric High-Fidelity Numerical Simulations of Maneuvering Hypersonic Weapons SBIR and STTR award data

Makes: Developing Temperature-Resilient Conductive Inks for Satellite, Space and Hypersonic Use · High Performance Particle-free Conductive Inks for Weight Reduction in Space and Aerospace Applications

  • Contract award: Air Force SBIR/STTR award 2021, contract FA8649-21-P-1356: High Performance Particle-free Conductive Inks for Weight Reduction in Space and Aerospace Applications SBIR and STTR award data
  • Contract award: Air Force SBIR/STTR award 2022, contract FA8649-22-P-0812: Developing Temperature-Resilient Conductive Inks for Satellite, Space and Hypersonic Use SBIR and STTR award data
  • The company's own statement: Electroninks offers high-performance, cost-effective, and reliable metal complex conductive ink solutions. Our products include silver, gold, platinum, nickel, and copper inks, and advanced semiconductor packaging solutions. We are committed to enabling innovation with less waste and a cleaner process. ELECTRONINKS INCORPORATED website

Makes: NON PRODUCTION · Development of Hypersonic Glide Body Deployable Antennas · Enhanced Modeling and Simulations of Hypersonics · Lens Antennas for Resilient Satellite Communications (SATCOM) on Ground Tactical Vehicles

  • Contract award: Defense Advanced Research Projects Agency SBIR/STTR award 2023, contract W912CG23C0010: Enhanced Modeling and Simulations of Hypersonics SBIR and STTR award data
  • Contract award: Federal subcontract 2288971-17, $400,000 under BOEING COMPANY, THE: NON PRODUCTION USAspending.gov award data
  • Contract award: Navy SBIR/STTR award 2023, contract N68335-23-C-0083: Development of Hypersonic Glide Body Deployable Antennas SBIR and STTR award data