AML3D Delivers First Systems to America’s Largest Military Shipbuilder for $14M
AML3D commissions first ARCEMY® systems for America’s largest military shipbuilder
AML3D has completed and commissioned its first two custom ARCEMY® X systems for Newport News Shipbuilding, a division of HII and America’s largest military shipbuilder delivering nuclear-powered aircraft carriers and submarines. The completed order, valued at approximately $4.5 million, triggers a final payment of approximately $892,000 following successful commissioning.
The custom large-scale ARCEMY® X systems feature a 10,886kg positioner designed to create heavy capacity build capability for shipbuilding applications. The successful commissioning completes the initial ~$4.5 million order, triggering the final payment of ~$892,000.
Newport News Shipbuilding plans to use the ARCEMY® technology to expedite lead times and provide alternatives to traditional manufacturing techniques. The investment forms part of NNS’s broader capital investment programme to harness technology to increase shipbuilding throughput.
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Second $9.9 million order tracking for early 2027 delivery
Newport News Shipbuilding has placed a second order for four additional custom ARCEMY® X systems valued at approximately $9.9 million, with delivery scheduled for early 2027. The follow-on contract brings NNS’s total ARCEMY® fleet to six custom systems, representing combined contract value of approximately $14.4 million.
The expanded deployment underscores NNS’s strategic commitment to Wire Additive Manufacturing technology as a production solution rather than a trial application. By scaling from two to six systems within a single year, the shipbuilder signals confidence in ARCEMY®’s ability to address manufacturing bottlenecks in naval vessel construction.
| Order | Systems | Value (AUD) | Status |
|---|---|---|---|
| First Order | 2 custom ARCEMY® X | ~$4.5 million | Completed & Commissioned |
| Second Order | 4 custom ARCEMY® X | ~$9.9 million | Delivery Early 2027 |
| Total | 6 systems | ~$14.4 million |
NNS’s deployment strategy aligns with a capital investment programme designed to increase shipbuilding throughput using advanced manufacturing technology. For AML3D, the repeat order provides contracted revenue visibility into FY27 and validates the scalability of its U.S. manufacturing operations.
What is Wire Additive Manufacturing and why does it matter for defence?
AML3D’s Wire Additive Manufacturing (WAM®) technology combines welding science, robotics automation, materials engineering and proprietary software to enable industrial metal 3D printing. The ARCEMY® systems use WAM® to build large-scale metal components layer by layer, creating parts that the company reports meet or exceed traditional manufacturing standards.
Traditional naval component manufacturing relies on casting, forging, and billet machining processes that require significant lead times, material waste, and capital-intensive tooling. Wire Additive Manufacturing produces components on-demand at point-of-need, reportedly achieving significant reductions in lead times, waste and environmental impacts compared to conventional methods.
For naval shipbuilding, the technology addresses a critical operational constraint. The ability to produce heavy metal components rapidly at the point of manufacture accelerates vessel construction and repair timelines. In an industry where construction schedules extend across years and component procurement drives critical path delays, manufacturing technology that compresses lead times directly impacts fleet readiness.
The U.S. Navy faces well-documented shipbuilding backlogs across multiple vessel classes. Technology platforms that reduce manufacturing bottlenecks address a strategic priority for naval readiness programmes, positioning WAM® as a capability solution rather than a manufacturing alternative.
U.S. Navy demand signals underpin capacity expansion
Earlier in FY26, AML3D received a letter of intent from the U.S. Navy indicating potential demand for up to 100 additive manufacturing systems and 3,400 additively manufactured parts by 2030. The Navy communication provides a demand framework extending across the current decade, signalling institutional adoption of additive manufacturing within the Marine Industrial Base.
AML3D is currently doubling manufacturing capacity at its Stow, Ohio facility in response to Marine Industrial Base demand signals. The Newport News Shipbuilding orders represent tangible contract execution against that broader Navy demand pipeline, validating the company’s capacity expansion strategy with confirmed revenue from a tier-one defence contractor.
The Newport News Shipbuilding contracts represent the fixed-system side of AML3D’s U.S. naval footprint, while the portable ARCEMY deployment at Danville demonstrates a complementary point-of-need capability now operational across three systems at the Navy’s Additive Manufacturing Centre of Excellence in Virginia.
Sean Ebert, Chief Executive Officer
“The strong and growing demand we are seeing from the US MIB is a ringing endorsement of AML3D’s U.S. scale up strategy. We are doubling the capacity at Stow to ensure we are well positioned to maximise the opportunity outlined in the letter of intent we received from the US Navy earlier in the 2026 financial year that indicated a need for up to 100 additive manufacturing systems and 3,400 additively manufactured parts by 2030.”
The Navy’s letter of intent establishes a demand ceiling rather than a purchase commitment, but the NNS commissioning demonstrates AML3D can deliver operational systems to specification and timeline for high-criticality defence applications. The combination of stated Navy demand and contracted NNS deployment provides near-term revenue visibility backed by medium-term market sizing.
European expansion to support AUKUS defence markets
AML3D has stated plans to establish a European Technology and manufacturing hub, positioning manufacturing capability to support the USA, UK and Australia — the three signatories to the trilateral AUKUS defence partnership. The company describes the European expansion as leveraging the U.S. strategic playbook internationally, with funds allocated for hub establishment.
The strategic rationale centres on geographical coverage across AUKUS member nations, each facing naval modernisation programmes requiring advanced manufacturing capability. AML3D has already secured UK defence contracts, providing market validation for Wire Additive Manufacturing demand in European defence markets. The European hub strategy also targets access to non-defence industrial manufacturing sectors across the U.S., Europe and Australia.
AML3D’s European hub positioning sits alongside a separate strategic move made earlier in 2026: an AUKUS-focused advisory appointment that brought retired U.S. Navy Rear Admiral David Goggins onto the board, adding programme-level access across the trilateral partnership’s procurement networks.
Key strategic elements of the European expansion:
- Replicating the Stow, Ohio manufacturing model in Europe
- Funds allocated for European Technology and manufacturing hub establishment
- Existing UK defence contracts secured, validating market demand
- AUKUS trilateral defence partnership creates coordinated demand across three markets
The AUKUS framework includes submarine construction and advanced capability sharing programmes across the three member nations. AML3D’s positioning strategy seeks to establish manufacturing presence within each AUKUS market, enabling local delivery of additive manufacturing systems and components to defence contractors operating within the partnership’s supply chain.
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Near-term catalysts and delivery milestones
The company faces several confirmed delivery milestones across multiple time horizons. The four additional NNS systems are contracted for early 2027 delivery, providing revenue visibility into the next financial year. The Stow capacity expansion programme represents an operational catalyst currently in progress, designed to double U.S. manufacturing throughput.
AML3D’s European hub establishment constitutes a medium-term strategic milestone, with the company stating plans and allocated funds to replicate its U.S. operational model internationally. The longer-term opportunity horizon extends to 2030, anchored by the U.S. Navy’s letter of intent indicating demand for up to 100 systems and 3,400 parts by the end of the decade.
The combination of contracted revenue from Newport News Shipbuilding’s second order, capacity expansion in progress at Stow, and stated European expansion plans provides investors with visibility across near-term (contracted 2027 delivery), medium-term (European hub establishment), and long-term (2030 Navy demand framework) time horizons. Each milestone layer represents different stages of commercial execution, from confirmed orders through operational scaling to market development.
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