AML3D joins A$3.89 million aerospace R&D project with global aviation prime
AML3D Limited (ASX: AL3) is participating in a three-year advanced aerospace manufacturing research and development project alongside a range of industry and research partners, including an unnamed global aerospace prime. The total project pool stands at A$3.89 million, with AML3D contributing approximately A$530,000 comprising approximately A$130,000 in cash and A$400,000 in staff and other in-kind contributions over the project term.
The core objective is to develop and mature AML3D’s Wire-Arc Additive Manufacturing (WAM©) technology and processes to a level suitable for qualified Aerospace tooling production applications. The aerospace prime is described as a global aviation contractor managing the overall design, development, and manufacturing of large-scale aerospace systems, including aircraft. AML3D has confirmed it does not consider the identity of the aerospace prime to be material information in the context of this announcement.
Participation in the R&D project is not expected to generate revenue for AML3D. However, a successful conclusion will position the company as a potential Aerospace tooling production supplier, with future purchase orders or production contracts potentially available under separate commercial agreements.
Sean Ebert, Chief Executive Officer
“This $3.89 million R&D project, with an aerospace prime, will build on AML3D’s track record demonstrating WAM© technology can support the Aerospace sector. We have already achieved the AS9100D Aerospace Quality Management accreditation, the highest global quality standard for manufacturers supplying flight-ready structures. This new R&D project moves AML3D into a formal qualification pathway for WAM© to be deployed for Aerospace tooling applications.”
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Understanding aerospace tooling and why qualification matters
Aerospace tooling refers to the jigs, fixtures, and forming tools used in the manufacturing of aircraft components. Unlike flight structures themselves, tooling is the infrastructure that enables those structures to be produced consistently and to exacting standards. It is a distinct and high-value segment of the aerospace supply chain.
One recognised challenge in this segment is lead time. As noted by CEO Sean Ebert, tooling lead times of up to 24 months present a significant challenge across aerospace manufacturing. Reducing that timeline is the market problem AML3D’s WAM© technology is being assessed to address.
Qualification is the critical barrier to entry. Before an original equipment manufacturer (OEM) will accept parts or tooling from a supplier, that supplier must demonstrate its processes meet rigorous, independently verified standards. Qualification is effectively the gatekeeper to commercial contracts in the sector.
Repeat defence system orders secured through AML3D’s US operations demonstrate that the ARCEMY platform has already cleared the kind of supplier qualification hurdles in the defence shipbuilding sector that the aerospace tooling project is now targeting through its structured R&D pathway.
AML3D’s existing AS9100D Aerospace Quality Management accreditation provides the foundation for this next step. Key milestones in the pathway include:
- AS9100D accreditation (already achieved) — described as the highest global quality standard for manufacturers supplying flight-ready structures
- WAM© qualification pathway (this project’s goal) — developing and maturing WAM© processes to meet qualified Aerospace tooling production standards
- Potential supplier status (project success outcome) — positioning AML3D to pursue purchase orders or production contracts under separate commercial agreements
What this project means for AML3D’s investment case
The strategic logic here is one of co-funded qualification. AML3D is not spending on marketing or speculative development in isolation; it is contributing A$530,000 against a A$3.89 million total project, meaning the majority of funding is provided by other partners. The company is effectively buying into a structured, partner-supported pathway to becoming a qualified aerospace tooling supplier.
Aerospace supply chains are characterised by long supplier relationships and high switching costs. Achieving qualified supplier status in this sector is not a short-term revenue event, but it can represent durable, long-term commercial positioning once secured. The project is also consistent with AML3D’s stated strategy of developing and industrialising its WAM© technology for advanced manufacturing applications.
The revenue pathway is clearly staged: project participation does not generate revenue, but qualified supplier status opens the door to purchase orders and production contracts under separate commercial agreements.
| Project Term | Total Project Value | AML3D Cash Contribution | AML3D In-Kind Contribution |
|---|---|---|---|
| 3 years | A$3.89 million | A$130,000 | A$400,000 (staff and other in-kind) |
Next steps and the road to aerospace tooling supplier status
Over the three-year project term, the goal is for AML3D to achieve qualified Aerospace tooling production capability through the maturation of its WAM© technology and processes. The project is expected to demonstrate that WAM© can, as Ebert stated, “…dramatically reduce Aerospace tooling component manufacturing lead times compared to traditional manufacturing techniques.”
Beyond aerospace, this project represents one front in a broader multi-sector strategy. AML3D’s ARCEMY® systems and WAM© technology target manufacturers across Aerospace, Defence, Maritime, Manufacturing, Mining and Oil & Gas. Achieving qualified supplier status in aerospace tooling would add a further high-value commercial avenue to that existing sector exposure.
The conversion of qualification work into live revenue is already underway in AML3D’s defence segment, where years of process validation with Austal USA translated into a production parts contract for Copper-Nickel fluid control components, illustrating the same staged commercial pathway the aerospace tooling project is designed to follow.
Sean Ebert, Chief Executive Officer
“Tooling lead times of up to 24 months present a significant challenge across aerospace manufacturing. A successful conclusion to this R&D project has the potential to position AML3D as a solution to these Aerospace supply chain constraints. It is expected AML3D’s WAM© technology will be shown to dramatically reduce Aerospace tooling component manufacturing lead times compared to traditional manufacturing techniques.”
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