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CSIRO and Industry Advance Australian Space Technology Across Multiple Domains

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Advancing Australian Space Technology: From Materials to Missions

CSIRO is collaborating with Australian industry partners to advance space technologies. This initiative focuses on converting innovations in advanced materials, optics, and energy into mission-ready solutions, supporting projects from early stages through to real-world deployment.

Additive Manufacturing

CSIRO uses advanced additive manufacturing (3D printing) to create complex, lightweight structures optimized for space applications.

This technology enables the customization of materials with properties such as strength, thermal resistance, or radiation shielding. A collaboration with Space Machines Company resulted in the development of bimetal thruster components using additive manufacturing, intended for in-orbit servicing and satellite maneuvering.

Radiation Shielding and Lunar Dust Management

CSIRO is developing advanced composite materials and fabrication techniques for radiation shielding to protect astronauts and sensitive equipment from space radiation.

To address the challenges of abrasive and electrostatically charged lunar dust, CSIRO is researching coatings and materials that resist dust adhesion. These efforts aim to support Australian involvement in lunar missions and create commercial opportunities.

Space Optics

CSIRO's space optics capabilities include advanced design, fabrication, and testing. A key tool is the Trailblazer single-point diamond turning machine, used to create ultra-precise optical surfaces for satellites, telescopes, and guidance systems.

CSIRO partners with Australian aerospace firms to develop optical components designed for extreme space conditions.

An example is CyanoSense, a hyperspectral Earth-observation instrument designed, manufactured, calibrated, and verified at CSIRO to monitor algal blooms and water quality.

Energy Solutions

CSIRO is developing new energy solutions for space, including the launch of Australian-made printed flexible solar cells.

These cells, made using advanced perovskite materials and roll-to-roll printing, are designed to be lightweight and high-efficiency, offering a scalable power source for future missions.

Industry Collaboration

CSIRO's capabilities support industry partners, from startups to established firms, through various project stages, including feasibility studies, prototyping, and qualification testing.

This collaborative approach aims to help partners mitigate risks and achieve higher technical readiness levels, enabling Australian industry to compete globally in the space sector.