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This Advanced Research Announcement (ARA) FA9451-21-S-0001, titled 'Directed Energy Technology Experimentation Research (DETER)', is issued by the Air Force Research Laboratory. It was posted on February 8, 2021, and has a response deadline of August 10, 2027. The solicitation is for research and development in physical, engineering, and life sciences.
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Pain points mentioned in board meetings and strategic plans
Instantly outline and draft all requirements
Bring in your USPs and exploit competitor gaps
Starbridge can help you:
Get ahead of RFPs — target accounts planning budget or ending contracts soon
Accounts with contract expirations, meetings mentioning your product, grants, budget changes and more
Starbridge.ai books 30 - 40% of leads into meetings
Perform research and development (R&D), modeling and simulation (M&S), design, component/subsystem, prototype risk reduction, fabrication/purchase, assembly, integration, and testing of directed energy source components (to include spares and alternate component technologies), and/or systems and any required accessories, materials, and supplies for laboratory research and experimentation and field trials in a relevant environment to demonstrate system capabilities.
Posted Date
Mar 18, 2021
Due Date
Aug 10, 2027
Release: Mar 18, 2021
Close: Aug 10, 2027
Perform research and development (R&D), modeling and simulation (M&S), design, component/subsystem, prototype risk reduction, fabrication/purchase, assembly, integration, and testing of directed energy source components (to include spares and alternate component technologies), and/or systems and any required accessories, materials, and supplies for laboratory research and experimentation and field trials in a relevant environment to demonstrate system capabilities.
AvailableNuclear-related research and development, including, but not limited to modeling and simulation of re-entry environments, materials characterization, nuclear explosion monitoring, and design, fabrication and experimentation of nuclear delivery.
Posted Date
Mar 14, 2023
Due Date
Oct 1, 2026
Release: Mar 14, 2023
Close: Oct 1, 2026
Nuclear-related research and development, including, but not limited to modeling and simulation of re-entry environments, materials characterization, nuclear explosion monitoring, and design, fabrication and experimentation of nuclear delivery.
AvailableAFRL/RYD has a need to advance the design and fabrication of commercial and Government developed sensor (signal) generation and processing microelectronics technologies for the purpose of maturing, verifying, assuring, and delivering next generation national defense capabilities to critical Department of Defense (DoD) systems through robust experimentation and testing. Experimentation under the MINSAV ARA will construct prototype systems that demonstrate microelectronics capabilities that yield technical offset for DoD related autonomous, artificial intelligence, precision navigation and timing, electronic warfare, data processing, spatial/spectrally agile, and strategic applications.
Posted Date
Sep 28, 2019
Due Date
Oct 1, 2029
Provide technology interests are presented in the context of manufacturing research and technology development approaches and their applicability to the air force high impact technology domains. Research and development in advanced manufacturing technologies, specifically: inventing the factory of the future; building up the digital manufacturing enterprise; and exploring additive manufacturing and other advanced manufacturing technologies.
Posted Date
Mar 24, 2021
Due Date
Mar 24, 2026
Release: Mar 24, 2021
Close: Mar 24, 2026
Provide technology interests are presented in the context of manufacturing research and technology development approaches and their applicability to the air force high impact technology domains. Research and development in advanced manufacturing technologies, specifically: inventing the factory of the future; building up the digital manufacturing enterprise; and exploring additive manufacturing and other advanced manufacturing technologies.
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AFRL/RYD has a need to advance the design and fabrication of commercial and Government developed sensor (signal) generation and processing microelectronics technologies for the purpose of maturing, verifying, assuring, and delivering next generation national defense capabilities to critical Department of Defense (DoD) systems through robust experimentation and testing. Experimentation under the MINSAV ARA will construct prototype systems that demonstrate microelectronics capabilities that yield technical offset for DoD related autonomous, artificial intelligence, precision navigation and timing, electronic warfare, data processing, spatial/spectrally agile, and strategic applications.
Available