In April, Hyperion travelled to National Harbor, Maryland, for Sea-Air-Space 2026, one of the world's largest maritime and defence conferences, exhibiting as part of the Team Defence Australia pavilion.

The pavilion put more than 70 Australian companies in front of international maritime and defence stakeholders. For Hyperion, that meant direct access to organisations working through their future manufacturing, sustainment and supply chain requirements at a global scale.

What kept coming up

The same message ran through the week. Shipbuilding and maritime manufacturing has to get faster, more flexible and less centralised. Fixed-site production depends on long tooling cycles and long freight legs, and leaves little room to respond when priorities shift, which sits increasingly at odds with the pace defence programs now work at.

That is the problem Hyperion's large-format additive manufacturing is built around. It is designed for high-cost, long-lead-time environments where production speed, logistics resilience and local capacity are operational concerns rather than efficiencies to chase later, producing large and complex components faster and closer to where they are needed.

On the ground

Hyperion met with maritime and defence companies throughout the conference, and with defence industry representatives including former Minister for Defence Industry Christopher Pyne. Most of those conversations came back to the same question: how a distributed manufacturing model would work in practice for maritime sustainment.

WA capability, international audience

Exhibiting through Team Defence Australia placed Western Australian manufacturing capability directly in front of international defence and maritime markets. Interest in on-demand, deployable production was not something Hyperion had to make the case for. It was already what people were asking about.

Those conversations are continuing.