AML3D Limited (ASX:AL3) announced on 22 September 2026 that it will take part in a three-year advanced aerospace Manufacturing Research and Development project. The announcement states that the participants, which include industry and research partners and an aerospace prime contractor, will contribute approximately A$3.89 million in total over the project term.

AML3D expects its own contribution to be approximately A$0.53 million, made up of about A$130,000 in cash and A$400,000 in staff and other in-kind contributions. The company states that participation is not expected to generate revenue.

Business Model and Operational Footprint

AML3D describes itself as a publicly listed technology company founded in 2014. Its patented Wire Additive Manufacturing process, referred to as WAM, combines welding science, robotics automation, materials engineering and proprietary software to produce metal parts. Wire-arc additive manufacturing builds components by depositing metal wire layer by layer using an electric arc, which differs from powder-bed methods commonly used for smaller parts.

The company is the original equipment manufacturer of the ARCEMY industrial metal 3D printing systems, which it describes as enabled for industrial internet of things and Industry 4.0 use. Its stated end markets are aerospace, defence, maritime, manufacturing, mining, and oil and gas. Beyond equipment, AML3D lists metal 3D printing design engineering services, software licensing, technical support, consumable sales and contract manufacturing services as part of its offering.

The announcement notes that the company has achieved AS9100D aerospace quality management accreditation, which the chief executive describes as the highest global quality standard for manufacturers supplying flight-ready structures.

Commodity Dynamics

AL3 is a manufacturing technology company rather than a Commodity producer, so the relevant sector context is aerospace Supply chains and metal manufacturing. The chief executive's statement in the announcement refers to tooling lead times of up to 24 months as a challenge across aerospace manufacturing. Tooling, such as jigs, fixtures and moulds, is used to produce and assemble aircraft components, and its availability can affect production schedules.

Traditional routes for large metal components include casting, forging and billet machining. AML3D's own description compares WAM with these processes on efficiency, cost and environmental, social and governance outcomes. The company expects, as stated, that the project will show WAM reducing aerospace tooling manufacturing lead times compared with traditional techniques, though this is an expectation and not a reported result. Aerospace programs also require formal qualification of materials and processes before parts can be used in production, which is the pathway the project is designed to address.

The Company Update

The announcement describes the research and development project as supported by a range of industry and research partners. The aerospace prime is described as a global aviation contractor that manages the overall design, development and manufacturing of large-scale aerospace systems, including aircraft. AML3D does not name the prime, and states that it does not consider the identity to be information a reasonable person would expect to have a material effect on the price or value of its securities.

The stated objective is to develop and mature WAM technology and processes to a level suitable for qualified aerospace tooling production applications. The project term is three years. AML3D's expected contribution of approximately A$530,000 comprises about A$130,000 in cash and A$400,000 in staff and in-kind contributions.

The company states that participation is not expected to generate revenue. It adds that Successful completion would position AML3D as a potential aerospace tooling production supplier, and that future purchase orders or production contracts could be pursued under separate commercial agreements.

Chief executive Sean Ebert is quoted as saying that the project builds on AML3D's record of demonstrating WAM in the aerospace sector and moves the company into a formal qualification pathway for aerospace tooling applications. The announcement was authorised for release by the board.

The R&D project participants' total funding of approximately A$3.89 million compares with AML3D's expected contribution of about A$530,000, which is approximately 14 per cent of the stated total. The cash portion of AML3D's share, A$130,000, is about a quarter of its own contribution, with the balance made up of staff and other in-kind inputs. The announcement lists chief executive Sean Ebert and chief financial officer Hamish McEwin as contacts for further information.

Growth Catalysts and Critical Operating Risks

The announcement identifies the project's three-year term and its qualification objective as the main forward-looking elements. Possible future steps named in the release are purchase orders or production contracts for aerospace tooling, which would be agreed separately from the research project. The company describes the project as consistent with its strategy of developing and industrialising WAM for advanced manufacturing applications.

Several limits are stated in the release. The project is not expected to produce revenue, and any commercial relationship would require separate agreements that have not been signed. The outcome of the research, including whether WAM reaches the qualification level targeted, is not assured, and the lead-time reduction is described as an expectation. AML3D will commit cash of about A$130,000 and in-kind resources of A$400,000 over the term, and the identity of the prime contractor is undisclosed. As with other technology developers, adoption in regulated aerospace programs depends on customer acceptance and approval processes outside the company's control.