Ball Corp

Ball Corporation is a global provider of sustainable aluminum packaging and aerospace technologies. Through its subsidiary Ball Aerospace & Technologies Corp., the company delivers a wide range of products and services to U.S. federal government agencies. Ball Aerospace specializes in space systems, defense hardware, and commercial space operations, leveraging expertise in areas such as satellite technology, radar systems, electronic warfare, and precision guidance. The company has received numerous prime and subcontract awards from agencies including NASA, the Department of Defense, NOAA, and the Department of Homeland Security to provide advanced technology solutions for space, defense, and scientific applications.

Ball Aerospace has provided a diverse array of goods and services through federal contract awards. For NASA and NOAA, the company has developed and manufactured sophisticated instruments for Earth observation satellites, including hyperspectral imagers, atmospheric composition sensors, and ocean color instruments. These contracts, often valued in the hundreds of millions of dollars, support critical climate and weather monitoring missions. For the Department of Defense, Ball Aerospace has delivered radar altimeter antennas, electronic units, and other specialized components for military aircraft like the B-2 bomber. The company has also conducted research and development in areas such as advanced battle management systems, space domain awareness, and next-generation satellite technologies. Other notable contract work includes providing repair services, support services, and hardware like beam steering units and antennas to the U.S. Coast Guard and Naval Sea Systems Command. As a subcontractor, Ball Aerospace has supplied specialized parts and components such as antennas, sensors, RF electronics, bonding frames, tooling, and test equipment materials to prime contractors like Lockheed Martin, Raytheon, and Boeing for various defense programs.

Ball Aerospace has also secured several federal grant awards, primarily from NASA, to advance cutting-edge space technologies. These grants typically support research and development activities in areas such as advanced optics, quantum sensing, and novel spacecraft subsystems. For example, the company received a grant to develop a spaceborne light detection and ranging (LIDAR) collection system for Earth science applications. Another grant funded work on super-resolving astronomical targets using quantum measurements. Ball Aerospace has also received subawards under federal grants from universities and research institutions. For instance, the company contributed polarization splitting technologies and multispectral imaging systems for solar observation missions in partnership with the University Corporation for Atmospheric Research. Additionally, Ball Aerospace provided engineering services, payload development, integration and testing, and mission operations support for a lunar volatiles prospecting payload suite in collaboration with the University of Central Florida.

Ball Aerospace holds several significant Indefinite Delivery Vehicles (IDVs) that provide a framework for ongoing task order awards from federal agencies. A key example is the company's position on NASA's $6 billion Rapid Spacecraft Acquisition IV (RAPID IV) contract vehicle, which allows for the efficient procurement of spacecraft and related services. Under this IDV, Ball Aerospace has received task orders for spacecraft accommodation studies and other support services for various NASA missions. The company also holds positions on Department of Defense IDVs, such as those supporting the Air Force Life Cycle Management Center and Space and Missile Systems Center. These vehicles enable Ball Aerospace to provide ongoing engineering, research, and hardware development services across a range of defense and space programs. For instance, the company has an IDV with the Air Force Research Laboratory valued at up to $270 million, under which it has received task orders for research in areas including avionics cyber resiliency, directed energy weapons testing, human-machine teaming solutions, and space object characterization.