Brazil Aerospace Additive Manufacturing

Brazil is expanding the use of metal additive manufacturing (AM) for space applications, creating early-stage opportunities for U.S. suppliers of advanced manufacturing equipment, materials, and engineering services.

Brazil is taking incremental but meaningful steps to strengthen its space sector, with additive manufacturing (AM), commonly referred to as 3D printing, emerging as a priority enabling technology. As the government and industry work to expand launch capabilities and reduce dependence on foreign suppliers, Brazilian universities and research institutions are investing in AM to support the design and production of next-generation aerospace components.

Metal AM is particularly relevant for space applications due to its ability to produce lightweight, high-strength, and geometrically complex parts—key requirements for rockets, propulsion systems, and satellites. Brazilian institutions are increasingly applying these capabilities to areas such as hybrid rocket engines, nanosatellites, propulsion components, and radiofrequency systems. For example, the University of Brasília recently developed a prototype hybrid rocket engine using metal 3D printing, demonstrating growing domestic technical capacity in advanced manufacturing for aerospace applications.

This trend aligns with broader government efforts to modernize Brazil’s space ecosystem, including improving access to launch infrastructure and fostering greater collaboration between civilian, military, and commercial stakeholders. As Brazil seeks to build a more self-sufficient and commercially viable space sector, demand is expected to increase for advanced manufacturing solutions that can accelerate prototyping, reduce production costs, and improve performance.

For U.S. companies, this presents targeted export opportunities across several segments of the AM value chain. These include industrial-grade metal 3D printers, specialized alloys and powders, design and simulation software, post-processing equipment, and technical consulting services for aerospace certification and quality assurance. U.S. firms with experience in aerospace-grade additive manufacturing—particularly those supporting space launch, satellite manufacturing, and propulsion systems—are well positioned to partner with Brazilian research institutions, startups, and emerging commercial space ventures.

Early engagement will be critical, as many of these projects remain in the research and prototyping phase but are expected to scale as Brazil advances its space ambitions. U.S. exporters may find opportunities through research partnerships, technology demonstrations, and participation in industry events linked to Brazil’s aerospace and defense sectors.

U.S. companies interested in these opportunities may contact Daniele Andrews(daniele.andrews@trade.gov), Aerospace and Defense Commercial Specialist, U.S. Embassy Brasília.

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