COMPOSITE TECHNOLOGY DEVELOPMENT, INC.

Lafayette, CO · Aerospace · Private

Composite hydrogen fuel tank using novel high-strain resin manufacturing for lightweight, conformal-geometry pressure vessels

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Updated Oct 23, 2026 · ctd-materials.com

Sector: Aerospace
Headquarters: Lafayette, CO
Total capital: $38.5M

Federal grants: $8M; 20 awards · 2014–2024; Rank in peer group#14 of 61
Private capital raised: None on recordNo Form D filings on SEC EDGAR. Some raises are not filed.
Federal contracts: $30.5M; 61 awards · Defense, NASA, Interior; Rank in Aerospace#115 of 1335
Granted patents: 14; 26 pending · first 2014; Rank in peer group#7 of 61

Capital timeline

Latest events

Jul 2026Federal contractNASA · Perform Cryogenic Mechanical Testing For Composite Materials$150K
May 2024Federal contractDefense · "composite Technology Develop" SBIR Ph I$248K
May 2024Federal grantDefense · Phase I · "composite Technology Develop" SBIR Ph I$248K
Jun 2022Federal grantDefense · Phase I · Advanced Lightweight Hydrogen Fuel Tanks for UAS$140K
Jun 2021Federal grantEnergy · Phase I · Demonstration of High Shear Strength Insulation for Fusion Applications$200K
Jun 2021Federal grantEnergy · Phase I · Interface Control as a Means of Reducing Training in High Energy Physics Magnets$200K
Jun 2020Federal grantEnergy · Phase I · Thermally Conductive Insulators for Conduction-Cooled Superconducting Magnets$200K

Show 74 earlier federal awards

Aug 2019Federal grantEnergy · Phase II · Radiation Tolerant, Thermally Conductive Resin Systems for High Energy Physics Magnets$1.0M
Jul 2019Federal grantEnergy · Phase I · Radiation-Tolerant, High Thermal Conductivity Adhesives for High Energy Physics Detector Applications, Topic 31g$200K
Jul 2019Federal grantEnergy · Phase I · Insulated Joints for REBCO Cable-in Conduit Configurations, Topic 23c$200K
Jul 2019Federal grantEnergy · Phase I · Thin-ply Conductive Interleaving for Health Monitoring of COPVs, Topic 10d$200K
Nov 2018Federal grantDefense · Phase II · Manufacturing Process Development for High Temperature Polymer or Nanocomposite Films for Dielectric Capacitors$1.0M
Nov 2018Federal contractDefense · Igf::ot::igf SBIR Phase II Research And Development$500K
Sep 2018Federal contractDefense · Optimized Oxygen Storage$1.4M
Jul 2018Federal grantNASA · Phase I · Elastic-Memory Composite Antenna Booms for SmallSats$125K
Jul 2018Federal grantEnergy · Phase I · Radiation-Tolerant, Thermally Conductive Resin Systems for High Energy Physics Magnets$150K
Apr 2018Federal contractNASA · Igf::ot::igf Testing Of Cubesat Electric Field Instrument(cefi)$14K
Oct 2017Federal contractDefense · Research And Development Igf::ot::igf$225K
Jul 2017Federal grantEnergy · Phase II · Continuous Manufacturing of Twisted Stacked Superconductor Cables with Integral Electrical Insulation$1.0M
Jun 2017Federal grantEnergy · Phase I · Novel Insulation Systems for Re-makeable Joints for Superconducting Cables and Demountable Magnets, Topic 19c$150K
Apr 2017Federal grantNASA · Phase II · 200W Deep Space CubeSat Composite Beam Roll-Up Solar Array (COBRA)$750K
Dec 2016Federal contractDefense · Igf::ot::igf Option Period 1 - Darpa SBIR Phase I$100K
Jun 2016Federal grantEnergy · Phase I · Continuous Manufacturing of Twisted Stacked Superconductor Cables with Integral Electrical Insulation$150K
Jun 2016Federal contractNASA · Igf::ot::igf Solar Arrays That Have Very High Specific Power (w/kg) And Compact Stowed Volume (W/M3), While Still Providing Shielding To The Solar Cell, Are An Enabling Technology For Deep Space Cubesat Missions. Current Cubesat And Small Satellite Solar Arrays Employ Either Fixed Panels Mounted Directly To The Satellite Side-wall(s) Or Small Hinged Rigid Panels. These Arrays Generate Very Low Power (4-20W) Due To Their Limited Area Available For Solar Cell Installation, Thereby Constraining Cu$125K
Apr 2016Federal grantNASA · Phase II · Electric Potential and Field Instrument for CubeSat (EPIC)$750K
Apr 2016Federal contractNASA · Igf::ot::igf Our Present Understanding Of Magnetosphere-ionosphere Coupling Is Limited, Partly Due To The Lack Of Broad Statistical Observations Of The 3-DIMENSIONAL (3D) Electric Field In The Altitude Region Between 300 And 1000KM. This Understanding Is Of National Importance Because It Is A Necessary Step Toward Developing The Ability To Measure And Forecast The "space Weather" That Affects Modern Technology. The High Cost Of Space Access And Short Satellite Lifetimes Below 500 Km Make Traditi$755K
Mar 2016Federal contractNASA · Igf::ot::igf Design, Analysis, And Fabrication Of Unique 100% Composite Test Tanks For The NASA Ksc Tank Health Monitoring Project. These Items Are Central To The Success Of The Program Which Require: One 6 Gallon Prototype Nonstructural Thermal Tank, 10 Inch Diameter, Overall Length 20 Inches; Twelve Cylindrical Composite Tanks 6 Gallons In Volume, 10 Inch Diameter, Overall Length 20 Inches; And Two 101 Gallon Tanks In Volume, 24 Inch Diameter Overall Length 56 Inches. These Tanks Will Be Fil$430K
Mar 2016Federal grantEnergy · Phase I · Radiation-Resistant Composite Structures for Thermal Isolation$150K
Feb 2016Federal grantEnergy · Phase I · Composite Vibration Isolation Support Structures with Low Thermal Conductivity$150K
Oct 2015Federal contractNASA · Igf::ot::igf Engineering Services To Develop An Electric Field Instrument For A 6U Cubesat.$150K
Jul 2015Federal contractDefense · Igf::ct::igf Resin Transfer Molding (rtm) Processable Benzoxazines As An Alternative To Bismaleimides For Naval Aircraft Composites$443K
Jun 2015Federal contractNASA · Igf::ot::igf Upcoming NASA Earth And Space Science Missions As Well As Planetary Exploration Missions Will Require Improvements In Particle And Field Sensors And Associated Instrument Technologies. Technology Developments Are Needed That Result In Expanded Measurement Capabilities And A Reduction In Size, Mass, Power, And Cost. To That End, NASA Has Become Increasingly Interested In The Use Of Small Spacecraft Platforms Such As Cubesats. Many Of The Sensors Required For Measurement Of An Electri$125K
Apr 2015Federal contractNASA · Acquisition Of Rigid Cubesat Electric Field Booms, Units # 1 And #2. (option Will Deliver Identical Units: #3 And #4). Qty., 1 Each.$30K
Nov 2014Federal contractDefense · Thermal Interface Materials Based On Carbon Nanotube Arrays$743K
Nov 2014Federal grantDefense · Phase II · Benzoxazine Matrix Composite Bearing Materials for Arresting Gear Components$1.0M
Apr 2014Federal contractNASA · Igf::ot::igf Mass And Volume Efficient Solar Arrays Are Sought By NASA, DOD And Commercial Space To Enable High Power Missions From 20-50 Kw In The Near Term And Eventually Up To 350 Kw. Currently, The Maximum Power Available From Conventional Solar Arrays, For A Given Spacecraft, Is Limited By Either The Weight Or Stowage Volume Of The Honeycomb Panel Substrates. Flexible Substrate Arrays Can Enable Higher Power Spacecraft By Improving Specific Power (w/kg) And Specific Volume (KW/M3) As Well A$750K
Mar 2014Federal contractDefense · Improved Solar Panel Design/fabrication$750K
Dec 2013Federal contractDefense · Igf::ot::igf Cost Effective Solar Array Based On High Efficiency Thin-film Technology$150K
Jul 2013Federal contractNASA · Igf::ot::igf NASA Is Keen On Advancing Technologies For Lightweight Composite Cryotanks For Heavy Lift Vehicles For Future NASA Missions. Two Primary Challenges Must Be Overcome To Enable The Use Of Composite Tanks For These New Classes Of Heavy Launchers. One Is To Develop Novel, Microcrack-resistant, Polymer Matrix Composite Materials That Will Enable The Manufacture Of 5 To 10 Meter Diameter Composite Tanks, And The Second Is To Develop Out-of-autoclave Manufacturing Methods. In Response, Ctd$700K
May 2013Federal contractNASA · Igf::ot::igf Mass And Volume Efficient Solar Arrays Are Sought By NASA, DOD And Commercial Space To Enable High Power Missions From 20-30 Kw Up To 300 Kw. Flexible Substrate Arrays Can Have Higher Specific Power (w/kg) And Specific Volume (KW/M3) Than Conventional Arrays. Typical Designs For Flexible Substrate Arrays Require A Stiff Boom Mechanism To Deploy The Array And Provide The Deployed Structure. Graphite Composite Slit-tube Booms Are Thermally Stable And Can Enable Next-generation Flexib$125K
Oct 2012Federal contractDefense · R&d SBIR Phase I$150K
Sep 2012Federal contractInterior · Igf::cl::igf Rapidly Deployable Thermal Hydrate Preventer For Subsea Oil Spill Mitigation$726K
Sep 2012Federal contractDefense · Portable Array Module For Disaster Relief And Expeditionary Operations$1.8M
Apr 2012Federal contractNASA · Igf::ot::igf Other Function - NASA Is Seeking Innovative Structure Technologies That Will Advance Expandable Modules For Orbital And Surface Based Habitats. These Secondary Structures Must Increase Utilization Of The Primary Pressurized Volumes By Accommodating Hardware, Experiments, Storage Space, And Cable Routing. The Expandable Structures Must Use Minimal Launch Mass And Volume, Be Easy To Install, And Maximize Operational Volume And Structural Performance In A Crewed Or Material Transfer $750K
Mar 2012Federal contractDefense · Basictopic N102-148$750K
Feb 2012Federal contractNASA · The Next Generation Of Launch Vehicles Under Development By NASA Requires Significant Mass Reduction To Fully Meet Mission And Performance Needs. For Example, NASA Is Aiming To Create A New Generation Of Heavy-lift Launch Vehicles To Support Both Human Spaceflight And Space Exploration Missions. To Ensure These Vehicles Can Support All Of The NASA Needs, The Mass Of The Propellant Tanks Must Be Significantly Reduced, Primarily Through The Use Of Composite Materials. However, Two Primary Challeng$125K
Jul 2011Federal contractDefense · Research And Development In The Physical, Engineering, And Life Sciences (except Biotechnology)$750K
May 2011Federal contractDefense · Army SBIR Phase II$780K
Mar 2011Federal contractDefense · Basic$750K
Mar 2011Federal contractDefense · High Compliance Carbon Nanotube Based Thermal Interface Material For Space Applications$100K
Feb 2011Federal contractNASA · NASA Intends To Place Small Spacecraft (<100KG) And Very Small Spacecraft (<15KG) Into A Variety Of Orbits. Methods And Technologies Are Needed To Intentionally De-orbit These Spacecraft At End Of Mission, Or Upon Loss Of Control And Function. Ctd Has Developed A Family Of Highly Mass Efficient Roll-out De-orbiting Devices (rodeo). Rodeo Provides A Dramatic Increase In The Deployed Surface Area, Resulting In Higher Aerodynamic Drag And Significantly Reduced Time Until Satellite Re-entry. Rodeo's$100K
Feb 2011Federal contractNASA · NASA Is Seeking Innovative Structure Technologies That Will Advance Expandable Exploration Space Modules And Surface Based Habitats. To Address This Need Ctd Has Proposed To Develop Multi-functional, Highly Mass Efficient Deployable Composite Structures. These Composite Structures Will Build Upon Ctd's Innovative Composite Rollable Extendible Slit-tube Structures (crests) And Temboreg Shape Memory Composites. The Deployable Composite Structures Have Much Lower Mass And Part Counts Than Correspon$100K
Feb 2011Federal contractNASA · Magnetometers Are The Most Common Instrument Flown On NASA Science Missions And Interference From Onboard Electronics Requires That These Instruments Be Deployed Away From The Spacecraft. Particle Sensors And Electric Field Sensors Can Have Similar Requirements Creating A Significant Need For Deployable Booms. Currently, These Booms Are Usually Custom Designed For Each Spacecraft, Resulting In Wasted Development Costs Through Repetition. The Composite Rolled Magnetometer And Instrument Boom (cro$100K
Jan 2011Federal contractDefense · SBIR Phase I Proposal N103-220-0382$80K
Oct 2010Federal contractDefense · Base Requirement$150K
Jun 2010Federal contractNASA · Deployable Secondary Structures For Expandable Volumes-ctd$20K
May 2010Federal contractDefense · Research And Development In The Physical, Engineering, And Life Sciences (except Biotechnology)$100K
Mar 2010Federal contractDefense · Low Cost Deployable Calibration Stucture$750K
Mar 2010Federal contractDefense · Low Cost Oribital Debris Capture Net And Solar Sails$70K
Dec 2009Federal contractDefense · First Status Report$70K
Nov 2009Federal contractDefense · First Status Report$100K
Nov 2009Federal contractDefense · Army SBIR Phase 1$70K
Sep 2009Federal contractDefense · Research And Development In The Physical, Engineer$495K
Jun 2009Federal contractDefense · Adaptive Structures For Micro Munition Platforms$749K
Apr 2009Federal contractDefense · SBIR II$1.5M
Mar 2009Federal contractNASA · Surface Optimization Techniques For Deployable Reflectors Under This And Several Other Programs, Ctd Has Developed Temboreg Deployable Solid-surface Reflectors (temboreg Reflectors) To Provide Future NASA And Air Force Missions And Commercial Communications Satellites With Large RF Apertures That Can Operate At Very High Operational Frequencies (ka Band And Above). Temboreg Reflectors Incorporate Non-tensioned Graphite Composite Membranes That Are Formed Using Conventional Construction Techniqu$750K
Feb 2009Federal contractDefense · Espa Based Satellite Bus$100K
Sep 2008Federal contractDefense · Research And Development In The Physical, Engineering, And Life Sciences (except Biotechnology)$739K
Sep 2008Federal contractDefense · SBIR P1$80K
Jul 2008Federal contractDefense · Research And Development In The Physical, Engineering, And Life Sciences (except Biotechnology)$99K
Apr 2008Federal contractDefense · Passively Deployed Lightweight Solar Array Structure For Thi$100K
Mar 2008Federal contractDefense · SBIR I - Adaptive Structures Of Micro Munition Platforms$100K
Feb 2008Federal contractNASA · Surface Optimization Techniques For Deployable Reflectors$100K
Jan 2008Federal contractDefense · Low Cost Solid Deployable Reflector$100K
Sep 2007Federal contractDefense · STTR Phase 2 Adaptive Materials For Morphing Aircraft Skins$750K
Jun 2007Federal contractDefense · Research And Development In The Physical, Engineering, And Life Sciences$70K
May 2005Federal contractDefense · 200508!000416!5700!FA9453!DET 8 AFRL/PKV8 !FA945305C0025 !a!n! !y! ! !20050511!20061030!161234687!161234687!161234687!N!COMPOSITE Technology DEVELOPME!2600 Campus Drive, Suite D!lafayette !CO!80026!41835!013!08!LAFAYETTE !boulder !colorado !+000000515000!N!N!000000889780!AC21!RDTE/MISSILE And Space Systems-basic Research !A2 !missile And Space Systems !000 !* !541710!E! !3! ! ! ! ! !202$1.2M
May 2005Federal contractDefense · 200508!000422!5700!FA9453!DET 8 AFRL/PKV8 !FA945305C0049 !a!n! !y! ! !20050511!20070129!161234687!161234687!161234687!N!COMPOSITE Technology DEVELOPME!2600 Campus Drive, Suite D!lafayette !CO!80026!41835!013!08!LAFAYETTE !boulder !colorado !+000001499158!N!N!000001499158!AC21!RDTE/MISSILE And Space Systems-basic Research !A2 !missile And Space Systems !000 !* !541710!E! !3! ! ! ! ! !202$1.5M
May 2005Federal contractDefense · 200508!000415!5700!FA9453!DET 8 AFRL/PKV8 !FA945305C0024 !a!n! !y! ! !20050511!20061030!161234687!161234687!161234687!N!COMPOSITE Technology DEVELOPME!2600 Campus Drive, Suite D!lafayette !CO!80026!41835!013!08!LAFAYETTE !boulder !colorado !+000000458533!N!N!000000890077!AC21!RDTE/MISSILE And Space Systems-basic Research !A2 !missile And Space Systems !000 !* !541710!E! !3! ! ! ! ! !202$890K
Feb 2005Federal contractDefense · 200511!004269!5700!FA8650!DET 1 Afrl/pk !FA865005C5008 !a!n! !y! ! !20050224!20070622!161234687!161234687!161234687!N!COMPOSITE Technology DEVELOPME!2600 Campus Drive, Suite D!lafayette !CO!80026!41835!013!08!LAFAYETTE !boulder !colorado !+000000130000!N!N!000000725620!AC21!RDTE/MISSILE And Space Systems-basic Research !A2 !missile And Space Systems !000 !* !541330!E! !3! ! ! ! ! !202$1.5M
Apr 2004Federal contractDefense · 200411!000469!5700!GS05 !det 8 Afrl/pk (supports Vs) !FA945304C0292 !a!n! !n! ! !20040430!20050727!161234687!161234687!161234687!N!COMPOSITE Technology DEVELOPME!2600 Campus Drive, Suite D!lafayette !CO!80026!41835!013!08!LAFAYETTE !boulder !colorado !+000001432903!N!N!000001432903!AC26!RDTE/MISSILE And Space Systems-mgmt Support !A2 !missile And Space Systems !000 !* !541710!E! !3! ! ! ! ! !999$3.3M

Federal awards are summed by year (81 awards); hover a bar for the split. Form D reports securities sold, which can differ from an announced round; filings are numbered in the order they were made.

Standing among 61 peers

Line = median

Aerospace · Material

Federal grants#14 · top 23%
Granted patents#7 · top 11%
Linked publications#3 · top 5%

Cumulative measures favor older companies. Rankings describe position today, not outcome. Below the median, ranks show as a band rather than a number.

Founders and team

No founders are linked to this company yet.

Founders appear once a person is matched to the company through its own patents, grants or filings. We never infer people from social profiles.

Checked: USPTO inventors; federal award principal investigators; SEC Form D related persons · Oct 23, 2026

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What it has protected

USPTO · 14 granted of 40

Feb 18, 2021PendingThin-ply Conductive Health Monitoring TankUSPTOApplication 16991823
Sep 29, 2020GrantedSolar Array With Elastic Memory HingesUSPTOUS 10,790,778
Jan 28, 2020GrantedSlit Tube Locking LongeronUSPTOUS 10,544,900

Show all 40 patent records

Thin-ply Conductive Health Monitoring TankFeb 18, 2021 · Application 16991823Pending
Solar Array With Elastic Memory HingesSep 29, 2020 · US 10,790,778Granted
Slit Tube Locking LongeronJan 28, 2020 · US 10,544,900Granted
Wedge and Mandrel Assembly for Slit-tube LongeronsApr 23, 2019 · US 10,266,368Granted
Locking Mechanism For Deployable BoomsFeb 5, 2019 · US 10,196,817Granted
Multiple Boom DeploymentDec 25, 2018 · US 10,160,555Granted
Extendible BoomSep 11, 2018 · US 10,071,823Granted
Shape Memory Polymer DevicesMay 30, 2017 · US 9,664,211Granted
Stowage And Deployment Of Slit Tube BoomsAug 2, 2016 · US 9,404,256Granted
Trifold Solar PanelMay 3, 2016 · US D,755,119Granted
Trifold Solar PanelMay 3, 2016 · US D,755,118Granted
Trifold Solar PanelApr 26, 2016 · US D,754,598Granted
Trifold Solar PanelMar 15, 2016 · US D,751,498Granted
High Pressure Carbon Composite Pressure VesselJul 9, 2015 · Application 14591785Pending
Coiled Umbilical TubingJan 6, 2015 · US 8,925,627Granted
Reflector Manufactured Using Multiple Use Precision Extractable ToolingDec 11, 2014 · Application 14365969Pending
Slit Tube Locking LongeronOct 21, 2014 · US 8,863,369Granted
Collapsible Longeron StructuresJul 25, 2013 · Application 13552544Pending
Method For Removing Orbital Objects From Orbit Using A Capture Net For Momentum TransferMar 28, 2013 · Application 13621448Pending
Methods And Systems For Zonal Isolation In WellsMar 14, 2013 · Application 13410593Pending
Benzoxazine StructuresFeb 14, 2013 · Application 13349977Pending
In Situ Processing Of High-temperature Electrical InsulationApplication PCTUS2007003404Pending
Thin-ply Conductive Health Monitoring TankApplication 62885816Pending
Roll-up Solar ArrayApplication 62425242Pending
Locking Mechanism For Deployable BoomsApplication 62323234Pending
Multiple Boom DeploymentApplication 62150965Pending
Wedge And Mandrel Assembly For Slit Tube LongeronsApplication 62009212Pending
Stowage And Deployment Of Slit Tube BoomsApplication 61976890Pending
High Pressure Carbon Composite Pressure VesselApplication 61924490Pending
Stable Tubular Extendible Locking Composite BoomApplication 61909921Pending
Reflector Manufactured Using Multiple Use Precision Extractable ToolingApplication PCTUS2012070490Pending
Thermal Hydrate PreventerApplication PCTUS2012038364Pending
Coiled Umbilical TubingApplication PCTUS2011043072Pending
Self Deploying Solar ArrayApplication PCTUS2011026745Pending
Deployable Structures Having Collapsible Structural MembersApplication PCTUS2011026437Pending
Collapsible Structures With Adjustable FormsApplication PCTUS2011023782Pending
Furlable Shape-memory Spacecraft Reflector With Offset Feed And A Method For Packaging And Managing The Deployment Of SameApplication PCTUS2010022372Pending
Furlable Shape-memory ReflectorApplication PCTUS2009034394Pending
Highly Deformable Shape Memory Polymer Core Composite Deformable Sandwich PanelApplication PCTUS2009034397Pending
Field Application Of Polymer-based Electrical InsulationApplication PCTUS2007069073Pending

Recent research by its founders

Causal impact of genetically-determined fish and fish oil intake on epigenetic age acceleration and related serum markers20252 cites
Do Small Fish Become Big Sharks? Grade Retention Effects on Well-Being and Socio-Emotional Outcomes20250 cites
Improvements in blood and fitness tracker biomarkers in a longitudinal real-world cohort of digital health platform users20240 cites

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MOTIV SPACE SYSTEMS, INC.Similar federal contract value in Aerospace · $30M in contracts
AUTONODYNE LLCSimilar federal contract value in Aerospace · $29.2M in contracts

Regulatory activity · Aerospace

Sector-level, not company-level

06 Jul 2026Nondiscrimination in Federally Assisted Programs of NASA-Effectuation of Title VI of the Civil Rights Act of 1964National Aeronautics and Space Administration
01 Jul 2026Special Conditions: AMAC Aerospace, The Boeing Company Model 747- 8 Airplane; Side-Facing SeatsFederal Aviation Administration
26 Jun 2026Standard Instrument Approach Procedures, and Takeoff Minimums and Obstacle Departure Procedures; Miscellaneous AmendmentsFederal Aviation Administration
23 Jun 2026Operating Limitations at John F. Kennedy International AirportFederal Aviation Administration
23 Jun 2026Operating Limitations at New York LaGuardia AirportFederal Aviation Administration
18 Jun 2026Special Conditions: Honeywell Aerospace US LLC, Dassault Aviation Model Falcon 900EX Airplane; Electronic System Security Protection From Unauthorized External AccessFederal Aviation Administration

Rules are matched to sector, not to company. Recent activity in a sector is context rather than a signal about this business — until rules are matched to what a company actually builds, the section is shown as context and nothing more.

Sources

Federal grants from SBIR/STTR, NIH, NSF and DoD records. Federal contracts from USAspending.gov. Private capital from SEC Form D. Patents from USPTO. Publications from OpenAlex. Regulatory activity from the Federal Register. Press matched on company name.

How to read this page

Figures show associations in public records, not causes or predictions. Nothing here is investment advice. An em-dash means no record was found under this company's name, not that none exists.

Data freshness

SEC Form D filings through Oct 23, 2026. SBIR and STTR awards through Oct 21, 2026.