AML3D Delivers First Portable System to US Navy Advancing 100 Unit Pipeline
AML3D delivers first portable ARCEMY system to US Navy additive manufacturing hub
AML3D has delivered and installed its first portable ARCEMY system at the US Navy’s Additive Manufacturing Centre of Excellence in Danville, Virginia. The milestone expands the existing partnership with Austal USA, which operates the facility, and brings the total ARCEMY fleet at Danville to three systems. The portable unit is mounted in a 20-foot shipping container, enabling rapid, flexible deployment compared to fixed installations.
The order was valued at approximately AU$1.2 million, with the final 50% payment triggered upon installation. Austal USA now operates two custom large-scale ARCEMY X systems alongside the new portable unit at the facility.
The successful delivery validates AML3D’s execution capability and strengthens its recurring revenue relationship with a tier-one US defence contractor. Factory acceptance testing was completed prior to installation, with the containerised configuration allowing Austal USA to redeploy the system as its Danville operations expand.
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What is portable additive manufacturing and why it matters for defence supply chains
Wire Additive Manufacturing (WAM) technology uses robotic welding systems to construct metal parts layer by layer directly from digital designs. Rather than machining components from solid blocks or casting them in moulds, the process builds parts by depositing metal wire in successive layers, reducing material waste and lead times.
Portable systems mounted in shipping containers offer substantial operational advantages over fixed installations. Field reinstallation of the containerised ARCEMY unit can be completed in 1-2 days, compared to 2-3 weeks for fixed systems. This enables “point of need” manufacturing, where components are produced at the location where they are required rather than being fabricated at centralised facilities and shipped to end users.
ARCEMY technology already manufactures components that meet US military specifications, positioning the portable variant for deployment across forward operating locations. The capability to rapidly relocate production capacity addresses supply chain vulnerabilities in defence logistics, particularly for mission-critical parts with long lead times under traditional manufacturing methods.
The portable configuration opens addressable markets beyond fixed facilities, with potential applications spanning multiple US defence branches requiring on-site manufacturing capability.
US Navy industrial base opportunity remains substantial
The delivery represents early-stage execution against a much larger pipeline previously flagged by the US Navy. AML3D received a Letter of Intent from the Navy indicating potential demand for up to 100 additive manufacturing systems and up to 3,400 additively manufactured parts by 2030.
With three systems now installed at Danville, the current deployed base represents less than 3% of the 100-system opportunity outlined in the Letter of Intent. The partnership expansion suggests AML3D is positioned to capture additional orders as the Navy scales its additive manufacturing infrastructure to support fleet construction and sustainment.
Sean Ebert, CEO
“The success of this first portable, containerised system demonstrates how AML3D can flex its technology to meet multiple US military and industrial manufacturing use cases… we still are only just beginning to access the huge opportunity to support the US Navy’s Maritime Industrial Base outlined in the Letter of Intent we received from the US Navy that indicated a need for up to 100 additive manufacturing systems and 3,400 additively manufactured parts by 2030.”
The CEO’s commentary positions the portable delivery as proof of the company’s ability to customise ARCEMY technology for diverse military and industrial applications, while emphasising the nascent stage of penetration into the broader Navy opportunity.
Austal USA perspectives on partnership expansion
Austal USA’s endorsement of the portable capability signals strong partner satisfaction and potential for follow-on orders. The containerised system increases manufacturing capacity at the Danville Centre of Excellence while demonstrating production flexibility for point-of-need applications.
Don Hairston, VP, Austal USA
“The introduction of a containerized, fully deployable additive manufacturing system is a game-changer—it not only increases our capability at the U.S. Navy AM CoE, but it also allows us to demonstrate production directly at the point of need. Together, we’re not just enhancing supply chains—we’re transforming them, delivering next-generation capability exactly where and when it matters most.”
Hairston’s reference to “transforming supply chains” and “next-generation capability” suggests Austal USA views the technology as strategically significant beyond incremental efficiency gains. The language around “point of need” production aligns with broader US defence priorities to reduce supply chain dependencies and improve logistics resilience.
Contract summary and delivery milestones
Factory acceptance testing was completed successfully prior to installation, with the final payment milestone triggered upon deployment at Danville. The table below summarises key contract and delivery details.
| Detail | Information |
|---|---|
| Contract value | ~AU$1.2 million |
| Final payment | 50% triggered on installation |
| System type | Portable ARCEMY small edition |
| Configuration | 20-foot shipping container mounted |
| Location | AM Centre of Excellence, Danville, Virginia |
The full contract value is now recognised, contributing to near-term revenue. The 50% final payment structure indicates AML3D received the initial 50% earlier in the contract lifecycle, likely upon order confirmation or prior to shipment.
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Strategic positioning for US defence manufacturing
Austal USA is a major US Navy shipbuilder supporting the Virginia and Columbia-class submarine programmes. As a key member of the Navy submarine industrial base, the company builds and outfits modules for both submarine classes. The Additive Manufacturing Centre of Excellence in Danville serves as the Navy’s flagship facility for additive manufacturing supporting fleet construction and sustainment.
The portable ARCEMY system is expected to demonstrate broader military deployment potential across several dimensions:
- Forward deployment capability for field operations where traditional manufacturing infrastructure is unavailable
- Multi-branch US military applications beyond Navy shipbuilding, including Army, Air Force, and Marine Corps logistics
- Significantly reduced lead times for mission-critical parts that would otherwise require weeks or months under conventional supply chains
- Point-of-need manufacturing that reduces supply chain vulnerabilities by eliminating reliance on centralised facilities and long-distance shipping
AML3D is establishing itself as an embedded technology partner within the US Navy’s advanced manufacturing infrastructure. The company’s ability to customise ARCEMY systems for both large-scale fixed installations (ARCEMY X) and portable containerised variants demonstrates technical flexibility aligned with diverse defence manufacturing requirements.
The portable system’s 1-2 day reinstallation timeframe creates optionality for rapid capacity reallocation as Austal USA’s operations evolve. If the portable variant proves effective in forward-deployed scenarios, the addressable market could expand beyond the 100 systems flagged in the Navy’s Letter of Intent to include additional branches and allied military forces.
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