Space Components Technology

This award is an addwork modification to the basic contract.

Award of FA9453-08-C-0263 Modification P00048 is pursuant to BAA-VS-07-03, Call 0015 for an inscope add work to develop and test a radiation hardened loop closure application specific integrated circuit (ASIC) for Strategic Fiber Optic Gyroscope (SFOG).

Award of FA9453-13-C-0205 is made Pursuant to BAA-VS-07-03, Proposal CALL Announcement Number 0025 titled "Advanced Guidance, Navigation, Control, and Astrodynamics for Space Superiority".

Award of FA9453-13-C-0204 is made pursuant to BAA-VS-07-03, Proposal CALL Announcement Number 0025 titled "Advanced Guidance, Navigation, Control, and Astrodynamics for Space Superiority".

Award of FA9453-13-C-0203 is made pursuant to BAA-VS-07-03, Proposal CALL Announcement Number 0025 titled "Advanced Guidance, Navigation, Control, and Astrodynamics for Space Superiority".

Award of FA9453-13-C-0202 is made pursuant to BAA-VS-07-03, Proposal CALL Announcement Number 0025 itiled "Advanced Guidance, Navigation, Control, and Astrodynamics for Space Superiority".

Award of FA9453-13-C-0201 is made pursuant to BAA-VS-07-03, Proposal CALL Announcement Number 0025 titled "Advanced Guidance, Navigation, Control, and Astrodynamics for Space Superiority".

In-scope modificatin for Honeywell to conduct additional meeting/reviews of the technology development.

The purpose of this modification is to include revised whitepaper instructions.

This award will result in a full-scale mechanical deployment demonstration (MDD) of an advanced solar array capable of advanced on-orbit performance (increased mass efficiency, volume efficiency, and increased power). All fixtures and deployment off-loaders necessary to conduct the array assembly and mechanical deployment test will be acquired, fabricated, and assembled. The MDD will be performed to characterize the deployment motion for reliability and the deployed configuration for stiffness.

AFRL is in need of hardware to facilitate the characterization and calibration of advanced space solar cells. This hardware shall fly aboard a NASA high altitude balloon, where the sunlight is largely unaffected by the Earth's atmosphere. In addition, solar cell devices calibrated by this technique are required to adjust laboratory solar simulators in order to provide accurate measurements of advanced laboratory solar cells.

 

This is a 5-year, opened-ended Broad Agency Announcement (BAA) to solicit research proposals for the United States Air Force Research Laboratory's (AFRL) Spacecraft Component Technology Branch, which is pursuing innovative technology development in advanced space power, integrated space structures, spacecraft dynamics and controls, and ballistic missile technologies. The technologies developed under this solicitation will provide affordable and reliable solutions to enable the next generation of Air Force space systems. Multiple awards of contracts and/or assistance instruments of various values are anticipated with a period of performance ranging from 6 to 60 months. Periodically over the 5-year period, proposal call announcements (CALLS) may be issued in the FedBizOps/EPS and GRANTS.GOV/FIND to request proposals for specific research efforts under technical topic areas. These subsequent CALLS will contain specific descriptions of the research effort to be addressed, anticipated period of performance, information peculiar to the specific research technical topic area, and the expected dollar range for proposals received under the CALL.

Control Techniques for Responsive and Uncertain Systems Specific Area 3: Uncertain Accommodating Control

Contractor shall provide research Adaptive Guidance for Responsive Launch and Operations in accordance with the requirements of CALL 0017.

This is a 5-year, opened-ended Broad Agency Announcement (BAA) to solicit research proposals for the United States Air Force Research Laboratory?s (AFRL) Spacecraft Component Technology Branch, which is pursuing innovative technology development in advanced space power, integrated space structures, spacecraft dynamics and controls, and ballistic missile technologies. The technologies developed under this solicitation will provide affordable and reliable solutions to enable the next generation of Air Force space systems. Multiple awards of contracts and/or assistance instruments of various values are anticipated with a period of performance ranging from 6 to 60 months. Periodically over the 5-year period, proposal call announcements (CALLS) may be issued in the FedBizOps/EPS and GRANTS.GOV/FIND to request proposals for specific research efforts under technical topic areas. These subsequent CALLS will contain specific descriptions of the research effort to be addressed, anticipated period of performance, information peculiar to the specific research technical topic area, and the expected dollar range for proposals received under the CALL.

BAA VS 07-03, Call 0009, Topica Area #2.

The Air Force Research Laboratory selects the University of Colorado under the program title "Data Association Algorithms for Tracking Satellites".

CALL 0016 Proposal Call Announcement AMENDMENT 1

Hybrid Multi-Junction Thin-Film PV Modules

"Monolithic Integrated Ultrahigh Efficiency Multi-Junction Solar Cells for Space Applications".

Exercise Option 1, CLIN 0004

Quality Space Imagery for LEO/GEO Operations - The goal of this effort is to move towards a more autonomous approach to collecting quality space imagery by developing autonomous image analysis and mission planning capabilities that can be implemented onboard the space vehicle.

Lightweight Photovoltaic Electricity and Hydrogen for Portable, On-Demand Power for Defense Applications.

This is a 5-year, opened-ended Broad Agency Announcement (BAA) to solicit research proposals for the United States Air Force Research Laboratory?s (AFRL) Spacecraft Component Technology Branch, which is pursuing innovative technology development in advanced space power, integrated space structures, spacecraft dynamics and controls, and ballistic missile technologies. The technologies developed under this solicitation will provide affordable and reliable solutions to enable the next generation of Air Force space systems. Multiple awards of contracts and/or assistance instruments of various values are anticipated with a period of performance ranging from 6 to 60 months. Periodically over the 5-year period, proposal call announcements (CALLS) may be issued in the FedBizOps/EPS and GRANTS.GOV/FIND to request proposals for specific research efforts under technical topic areas. These subsequent CALLS will contain specific descriptions of the research effort to be addressed, anticipated period of performance, information peculiar to the specific research technical topic area, and the expected dollar range for proposals received under the CALL.