Scaling Drone Manufacturing with Industrial 3D Printing: Key Takeaways from UAS Additive Strategies Webinar
04. August, 2026 | Reading time: 6 min
How do manufacturers scale drone production to meet rapidly growing demand? That question brought together leaders from across the additive manufacturing (AM) and unmanned aerial systems (UAS) industries during the recent UAS Additive Strategies webinar, hosted by 3DPrint.com and Additive Manufacturing Research (AM Research).
Opening the event, David Krzeminski, Polymer Business Development Manager at EOS, shared his perspective on why scaling drone manufacturing requires more than increasing printer counts - it demands a production ecosystem built for precision, repeatability, flexibility, and long-term resilience.
The Next Drone Race Will Be Won in Manufacturing
Innovation has fueled the rapid evolution of the UAS industry, but as demand accelerates across defense and commercial markets, its greatest challenge has shifted from designing drones to manufacturing them at scale.
Krzeminski pointed to significant growth projections driven by government initiatives like the U.S. Drone Dominance Program and expanding commercial applications such as last-mile delivery, agriculture, and infrastructure inspection. Together, these trends show that manufacturers must prepare for dramatically higher production volumes. The question is no longer whether demand will grow, but whether manufacturing can keep pace.
Leading drone manufacturers are increasingly looking outside the aerospace industry for answers. Drawing inspiration from automotive manufacturing, they're adopting principles centered on precision, repeatability, reliability, and industrial-scale production. According to Krzeminski, the next competitive advantage won't come from a single breakthrough drone design. It will come from building manufacturing systems capable of producing high-quality, mission-ready parts consistently and efficiently.
Rethinking What "Scale" Really Means
One of the central themes of the presentation challenged a common misconception: scale is not simply a matter of adding more printers or producing more parts.
Instead, Krzeminski described scale as a multidimensional manufacturing challenge. Successfully industrializing drone production requires manufacturers to consider everything from machine capabilities and build volume to material selection, production workflows, global manufacturing capacity, quality assurance, and deployment strategies. Each element contributes to creating a resilient manufacturing ecosystem capable of supporting production as demand grows.
Rather than searching for a single technology capable of solving every manufacturing challenge, organizations should focus on selecting the right additive manufacturing process for each application. Different drone platforms, mission profiles, and components require different materials, machine architecture, and production approaches. Industrial additive manufacturing succeeds when these technologies work together as part of a broader manufacturing strategy.
From Prototypes to Production
While AM has long been recognized for accelerating design and prototyping, its role has expanded significantly. Today, industrial 3D printing enables manufacturers to move seamlessly from development into production while supporting spare parts, sustainment, and distributed manufacturing throughout a product's lifecycle.
Krzeminski highlighted numerous examples demonstrating that industrial AM is already supporting serial production across demanding industries. From aerospace components produced at scale to distributed manufacturing capabilities that improve supply chain resilience, AM has evolved into a proven production technology capable of meeting stringent quality and performance requirements.
Building the Next Generation of Drone Manufacturing
As the drone industry continues its rapid expansion, success will depend on more than increasing manufacturing capacity. It will require manufacturing ecosystems that combine industrial efficiency, additive flexibility, and aerospace-grade reliability.
For EOS, the future of drone manufacturing isn't defined by a single machine or technology. It's defined by building resilient production environments where the right technologies, materials, and manufacturing strategies work together to deliver scalable, repeatable, and mission-ready production.
Watch the Full Webinar to Gain More Insights
These highlights represent just a portion of the discussion. Throughout the webinar, industry experts explored additional topics including distributed manufacturing, material innovation, production scalability, supply chain resilience, and the growing role of AM across defense and commercial drone applications.
Watch the full UAS Additive Strategies webinar below to hear the complete discussion and gain additional insights from EOS and fellow industry leaders on the future of drone manufacturing.
To see how AM is already helping manufacturers produce next-generation UAS applications, explore EOS in the drone industry, where you'll find customer stories, application examples, and additional insights into scaling production with industrial 3D printing.
