All verified mentions of this organization in source documents.
The Air Force Research Laboratory and SpaceWERX partnered to streamline the SBIR and STTR processes by accelerating proposal-to-award timelines and expanding opportunities for small businesses while implementing continual process improvements in contract execution.
Concurrent Technologies Corporation was awarded a $5,200,000 contract by the U.S. Air Force Research Laboratory to build the world’s largest additive manufacturing machine.
As part of the AFRL contract, Ursa Major will provide the Air Force Research Laboratory with statistically significant data sets from extensive testing of multiple Hadley engines, including measurements of specific impulse, combustion stability, vibration and shock profiles, and ranges of inlet pressures and temperatures.
As part of the AFRL contract deliverables, Ursa Major will provide statistically significant data sets from extensive testing of multiple Hadley engines including measurements of specific impulse (ISP), combustion stability, vibration and shock profiles, and ranges of inlet pressures and temperatures.
The Air Force Research Laboratory (AFRL) has invested in ORSC technology to provide ORSC systems to the nation.
AFRL anticipates that MISSE-16 will provide benefits for the U.S. Space Force, the space industry, and the broader space enterprise by improving understanding of novel material responses to the space environment.
AFRL’s objective for MISSE-16 is to use real space weather exposure on the ISS to validate simulated space weather exposure of materials tested on the ground.
The Air Force Research Laboratory Space Vehicles Directorate collaborated with the Georgia Tech Research Institute, NASA, and DuPont de Nemours on the Materials International Space Station Experiment (MISSE-16).
AFRL performs imaging of MISSE-16 materials using a camera and illumination scheme identical to that installed on the ISS, and these data serve as training datasets for machine learning algorithms developed by GTRI to analyze material degradation.
Dr. Heather Cowardin, Laboratory and In Situ Lead for the NASA Johnson Space Center Orbital Debris Program Office, is collaborating with AFRL on the MISSE-16 flight experiment.
The Air Force Research Laboratory Space Vehicles Directorate collaborated with the Georgia Tech Research Institute, NASA, and DuPont de Nemours, Inc. on the MISSE-16 spacecraft materials experiment.
AFRL anticipates that MISSE-16 will deliver several important benefits to the U.S. Space Force, the space industry, and the broader space enterprise.
AFRL plans to launch a $100,000,000 experimental satellite named Arachne in 2025 to collect solar power in outer space for use back on Earth.
The Air Force Research Laboratory Space Vehicles Directorate plans over the next three years to launch major military experiments including advanced navigation, space-based solar power, and a deep-space cislunar monitoring mission.
AFRL is seeking to strengthen its technical workforce and to partner with private industry contractors for upcoming space experiments.
The Air Force Research Laboratory found that in a contested environment, LEO constellations are more resilient to signal jamming and provide the low latency required to support tactical missions.
The Air Force Research Laboratory found that in a contested environment LEO constellations are more resilient to signal jamming and provide the low latency required to support tactical missions.
The ISTB demonstration was conducted at the Air Force Research Laboratory test facilities at Edwards Air Force Base, California.
SCOUT Space will work with AFRL/RIE (Intelligence Systems Division) and Space Operations Command Delta 2 to advance classical space domain awareness metric observation tasking and catalog augmentation using space-based sensing.
The Skyborg Program team includes the U.S. Air Force Fighters and Advanced Aircraft Directorate, Air Force Research Laboratory, USAF 40th Flight Test Squadron, USAF 46th Test Squadron, and Kratos.