All verified mentions of this organization in source documents.
WSF-M is a 1,200-kilogram satellite centered on a microwave imager instrument developed by Ball Aerospace.
Ball Aerospace planned to complete production, integration, and test of the first WSF-M satellite in 2023 for shipment to the launch site.
Ball Aerospace will continue to work with NASA and Maxar to support spacecraft integration and testing for TEMPO.
Ball Aerospace completed the TEMPO instrument in 2018 and delivered it to NASA Langley Research Center after a final acceptance review.
Ball Aerospace built TEMPO in tandem with the Geostationary Environmental Monitoring Spectrometer (GEMS).
Ball Aerospace and Microsoft completed a series of demonstrations showing commercial cloud computing can process and securely deliver actionable information to ground stations, command centers, and battlefield users.
Ball Aerospace and Microsoft completed a series of demonstrations showing the viability of using commercial cloud computing to process and securely deliver actionable information to users in ground stations, command centers, and battlefield environments.
Ball Aerospace processed Azure-hosted simulated OPIR data using a Ball-developed event-driven architecture and disseminated results to multiple endpoints.
Tom McIntyre advocates for Ball Aerospace’s defense and intelligence programs with Congress and the Executive Branch.
Tom McIntyre has been appointed as the director of Government Relations at Ball Aerospace.
Dr. Raha Hakimdavar will lead efforts to advance Ball Aerospace's civil space programs.
Ball Aerospace has appointed Dr. Raha Hakimdavar as the director of Space Science.
RUAG Space delivered a first spacecraft container to Ball Aerospace in 2019.
The RUAG Space navigation receiver for WSF-M will be built in Vienna, Austria and is scheduled for delivery to Ball Aerospace in September 2021.
The LEORIX navigation receiver for WSF-M will be built in Vienna, Austria and is scheduled for delivery to Ball Aerospace in September 2021.
Ball Aerospace has been selected by NASA to provide a solar sail for the Solar Cruiser mission.
Ball Aerospace will integrate and test the satellite bus with the solar sail system to form the completed Sailcraft.
The Ball Configurable Platform spacecraft line is designed for flexible, cost-effective applications using a common spacecraft bus and standard payload interfaces to reduce cost, streamline payload accommodation, and minimize delivery time.
Robert D. Strain and Dr. David Kaufman worked closely throughout 2020 to ensure a business, employee, and customer transition at Ball Aerospace.
Lockheed Martin, Ball Aerospace, and L3Harris received contracts from the Defense Innovation Unit in April 2019 to develop phased array antenna prototypes.