Aurora Labs Signs MOU with MBDA to Explore 3D-Printed Turbojet Engines

Aurora Labs has signed a landmark MOU with European defence giant MBDA to explore integrating its 3D-printed turbojet engines into advanced missile systems, marking a significant step into international defence markets.

  • Non-binding MOU signed between Aurora Labs and MBDA
  • Collaboration to assess Aurora’s 3D-printed propulsion for missile platforms
  • Three-year partnership focusing on technical and business opportunities
  • MBDA is a leading European defence group owned by Airbus, BAE Systems, and Leonardo
  • Aurora’s additive manufacturing tech validated for global defence applications
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A Strategic Partnership in Defence Innovation

Aurora Labs, an Australian industrial technology company specialising in advanced 3D metal printing, has taken a major stride forward by entering into a Memorandum of Understanding (MOU) with MBDA, one of Europe’s foremost defence groups. This collaboration aims to explore the integration of Aurora’s cutting-edge 3D-printed turbojet propulsion systems into MBDA’s missile and complex weapon platforms.

MBDA, jointly owned by aerospace and defence heavyweights Airbus, BAE Systems, and Leonardo, is renowned for its sovereign missile capabilities that serve European nations and their allies. The partnership with Aurora Labs signals MBDA’s interest in leveraging additive manufacturing to enhance performance, reduce costs, and improve supply chain resilience in its weapon systems.

Exploring New Frontiers in Propulsion Technology

The MOU outlines a three-year period during which both parties will collaborate on detailed technical exchanges, engine performance assessments, and the identification of further project opportunities. Aurora’s proprietary metal additive manufacturing technology promises to simplify component complexity and boost thermal efficiency, potentially revolutionising how small, high-performance propulsion systems are produced.

For Aurora Labs, this engagement is more than a validation of its R&D efforts; it is a gateway to expanding its footprint in the global defence sector. The company’s CEO, Rebekah Letheby, expressed enthusiasm about working alongside a respected European defence leader and highlighted the potential to accelerate engine development while showcasing Australian innovation on the world stage.

Implications for the Defence Manufacturing Landscape

This collaboration reflects a broader trend within the defence industry towards adopting advanced manufacturing techniques like 3D printing to enhance flexibility and operational readiness. By partnering with MBDA, Aurora Labs positions itself at the forefront of this shift, potentially influencing future missile and weapon system designs.

While the MOU is non-binding and exploratory, it sets the stage for deeper cooperation and possible integration of Aurora’s propulsion systems into MBDA’s platforms. The coming months will be critical as both companies assess technical compatibility and commercial viability.

Bottom Line?

Aurora Labs’ alliance with MBDA could redefine propulsion manufacturing and open new horizons in defence technology.

Questions in the middle?

  • What specific performance benchmarks must Aurora’s turbojet engines meet to secure MBDA integration?
  • Could this partnership lead to formal contracts or production agreements in the near term?
  • How will Aurora Labs scale manufacturing to meet potential demand from MBDA and other defence clients?