Development of a maritime defence framework to identify parts suitable for additive manufacturing

Additive manufacturing assessment of maritime defence components

Additive manufacturing offers major advantages for defence, including shorter lead times and stronger supply chain resilience, but adoption has been limited because industry lacks a clear demand signal to support technology investment decisions.

This project will address that gap by developing a maritime defence framework to catalogue part suitability across four key areas: operational, commercial, legal and technical. Led by Austal Limited in partnership with Curtin University, the project brings together industry experience, research capability and real-world vessel and supply chain data to create a more structured and proactive approach to additive manufacturing adoption.

The framework will help move decision-making away from reactive, one-off responses to supply disruptions and toward earlier, evidence-based planning. For industry, this means clearer pathways for investment, faster assessment of part catalogues at scale and stronger confidence in where additive manufacturing can deliver value. More broadly, the project is expected to support sovereign defence capability , workforce upskilling and wider uptake of advanced manufacturing across Australia’s maritime and industrial sectors.

Objective
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Identification of parts suitable for additive manufacturing in maritime and defence
Research Program
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Technology and process development iconTechnology and process development
Investment
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$633,779 (cash + in-kind), with the CRC investing $134,352
Timeline
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01.06.2026 - 31.12.2027
Industry partner
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Research partner
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Industries

Applications across industries

Additive manufacturing technologies are used across industries where complex components, advanced materials and high-performance manufacturing are required.


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Aerospace & defence

Production of lightweight, high-performance components and tooling used in aircraft and defence systems.

Medical device additive manufacturing

Medical devices & healthcare

Development of customised implants, medical devices and patient-specific healthcare solutions.

Transport and mobility applications

Transport & mobility

Manufacturing of parts and tooling for automotive, rail and other transport systems.

Mining and resources applications

Resources & mining

Production of specialised components and equipment used in mining and mineral processing.

Renewable energy applications

Renewable energy

Manufacturing of components used in renewable energy systems and energy infrastructure.

Additive manufacturing enabling capabilities

Enabling capability

Skills, infrastructure and systems that enable the adoption and growth of advanced manufacturing across industries.

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