Airbus Qualifies Roboze ARGO 500 HYPERSPEED for Satellite Parts

Airbus Qualifies Alternative Polymer AM for Satellites

Airbus has qualified the Roboze ARGO 500 HYPERSPEED Mission Ready production system to manufacture flight-ready secondary structural components for telecom and Earth observation satellites. The approval covers full mechanical performance, flame retardancy, batch-to-batch repeatability, and traceability.

The qualification uses standard commercial-grade ULTEM 9085 filament rather than an aerospace-specific proprietary reformulation. This is a meaningful difference. Incumbent qualified systems in this segment have relied on dedicated material grades that constrain procurement to narrow supply chains and add qualification overhead each time a new production site comes online. By using a standard commercial material, Roboze's process could reduce the number of material variants manufacturers need to stock and the number of requalification cycles required when adding new locations.

Distributed Manufacturing Is the Real Story

The approval explicitly extends to distributed manufacturing environments. Components produced on ARGO 500 HYPERSPEED systems can achieve consistent performance across multiple production sites. For satellite programs operating on tight integration schedules across geographically dispersed supplier networks, this opens the possibility of producing qualified polymer components closer to the assembly point. Less logistics complexity, shorter lead times.

Airbus is already a heavy user of polymer AM for aircraft. Stratasys produces over 25,000 flight-ready components per year for Airbus, with more than 200,000 certified polymer parts now in service across the A320, A350, and A400M programs. That production relied on ULTEM 9085 Certified Grade, a proprietary aerospace-specific filament. Roboze's approval uses standard ULTEM 9085 instead, which points to a different supply chain posture.

A Long Time Coming

Airbus opened new polymer AM process categories before. In 2021, Materialise and EOS became the first companies qualified to SLS 3D print flight-ready parts for Airbus using EOS's flame-retardant PA 2241 FR powder. That qualification reportedly scaled to around 100 different flight-ready components on the A350 or roughly 26,000 parts per year.

Roboze says additional high-performance materials in its portfolio are already progressing through qualification programs for future aerospace applications. How quickly the next alternatives arrive will say more about the state of aerospace additive manufacturing than this single approval does on its own.

Alessio Lorusso, Founder and CEO of Roboze, said: "Qualification by Airbus is far more than a technology milestone. It is validation that autonomous manufacturing can meet the most demanding requirements of one of the world's leading aerospace companies. For decades, aerospace manufacturers have had limited options when it comes to qualified polymer additive manufacturing. With the ARGO 500 HYPERSPEED Mission Ready Production System and standard ULTEM 9085 material now qualified, we are helping create a more resilient and distributed manufacturing model."