Federal contract award
80NSSC18C0142
THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA
Award details
Obligations, current value and potential value describe different measures; they are never added together.
| Field | Reported value |
|---|---|
| Agency | National Aeronautics and Space Administration |
| Office | NASA SHARED SERVICES CENTER |
| NAICS | 541715 — Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology) |
| PSC | AR11 — SPACE R&D SERVICES; SPACE FLIGHT, RESEARCH AND SUPPORTING ACTIVITIES; BASIC RESEARCH |
| Parent award / vehicle | Not reported |
| Set-aside | SMALL BUSINESS SET ASIDE - TOTAL |
| Pricing type | FIRM FIXED PRICE |
| Obligations | $1.1M |
| Current contract value | $1.1M |
| Potential contract value / ceiling | $1.1M |
| Start date | Apr 24, 2018 |
| Current end date | Nov 22, 2025 |
| Potential end date | Nov 22, 2025 |
| Latest award activity | Aug 5, 2025 |
| Source loaded | Sep 26, 2026 |
Funding and modification history
Showing the latest 18 of 18 loaded transactions. Negative values are deobligations.
| Date | Modification | Obligation change | Description |
|---|---|---|---|
| Aug 5, 2025 | P00017 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Jun 13, 2024 | P00015 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Jun 13, 2024 | P00016 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Aug 24, 2023 | P00014 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Dec 6, 2022 | P00013 | $0 | EO14042 THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Oct 3, 2022 | P00012 | $0 | EO14042 THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Aug 22, 2022 | P00011 | $375.0K | EO14042 THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Jul 20, 2022 | P00010 | $0 | EO14042 THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Apr 20, 2022 | P00009 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Jul 9, 2021 | P00008 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Sep 18, 2020 | P00007 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Jan 14, 2020 | P00006 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Oct 8, 2019 | P00005 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| May 12, 2019 | P00004 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| May 6, 2019 | P00003 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Jun 18, 2018 | P00002 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Jun 1, 2018 | P00001 | $0 | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
| Apr 24, 2018 | 0 | $750.0K | THE PRIMARY OBJECTIVE OF THIS EFFORT IS TO DESIGN AND BUILD A PRACTICAL MILLIMETER WAVE IMAGING SYSTEM CAPABLE OF EFFECTIVELY ADDRESSING A MYRIAD OF NONDESTRUCTIVE INSPECTION ISSUES RELATED TO COMPLEX COMPOSITES AND STRUCTURES DURING MANUFACTURING AND USE. THE DESIGN OF THIS IMAGING SYSTEM WILL BE FOUNDED ON A LONG HISTORY AND EXTENSIVE EXPERIENCE BY THE PROPOSING TEAM FACILITATING AND ENSURING A SUCCESSFUL OUTCOME. THE SYSTEM IS EXPECTED TO BE DESIGNED TO: I)OPERATE IN THE FREQUENCY RANGE OF 30-40 GHZ: II)HAVE HIGH-SPATIAL AND RANGE RESOLUTIONS IN THE FEW MILLIMETER RANGE RENDERING THE SYSTEM A 3D IMAGER III)PRODUCE AND RENDER IMAGES IN REAL-TIME, IV)PROVIDE HIGH SYSTEM DYNAMIC RANGE FOR HIGH DETECTION SENSITIVITY V)SMALL AND PORTABLE FOR IN-SPACE APPLICATIONS, VI)MODULAR IN DESIGN TO ACCOMMODATE LARGE STRUCTURES IN TERRESTRIAL INSPECTION APPLICATIONS WHILE ALSO SUITABLE FOR IN-SPACE APPLICATIONS BY PERSONNEL WITH VARIED TECHNICAL SKILL-SETS NAMELY, TECHNICIANS, ENGINEERS AND ASTRONAUTS. THE PROPOSED WORK IN THIS PHASE II TO DEVELOP, BUILT AND TEST A PRACTICAL PROTOTYPE IMAGING SYSTEM BUILDS ON THE PHASE I DESIGN WORK. POTENTIAL NASA |
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