Hadrian and Fortastra partner to automate satellite production using advanced manufacturing

Hadrian has signed a memorandum of understanding with Fortastra, a California-based spacecraft developer focused on national security and commercial missions, to integrate additive manufacturing and precision machining into future satellite programs. The partnership goes beyond a traditional supplier relationship, with Hadrian embedding its manufacturing engineers directly into Fortastra's design process to improve manufacturability and shorten production timelines. The companies will evaluate a broad range of technologies including metal and polymer 3D printing, DED, binder jetting, CNC machining, EDM, laser cutting, cold spray, friction stir welding, and composite manufacturing for Fortastra's satellite bus platforms.

This collaboration reflects a broader industry push to involve manufacturing expertise earlier in spacecraft development, addressing the bottleneck between satellite design and production at scale. For Hadrian, which recently launched a dedicated additive manufacturing business led by Matthew Parker, the partnership adds another defense-focused space customer and validates its strategy of combining high-volume production with large-scale AM capabilities. Fortastra gains access to manufacturing know-how that could help move its satellite programs from design to flight-ready hardware more quickly, while Hadrian gets an opportunity to qualify its technologies against military, NASA, and international standards for space missions.

The practical implication is that AM's role in satellite production is shifting from prototyping and niche components toward structural, flight-critical parts, but only when paired with broader manufacturing expertise and early design integration. The partnership's success will depend on whether Hadrian can translate its factory automation model into repeatable, qualified production for space-grade hardware, not just faster prototyping cycles.