#Defence capability

Sea ice prediction is crucial for climate research, conservation, policymaking, and industries. It helps understand climate change, protect polar ecosystems, […]

Our project aims to deploy a highly specialized, bespoke device that can seamlessly and accurately measure local environmental conditions (Environmental Measurement Units or EMU's) at multiple locations on-site to model the level of heat stress at a given location.

Our extremely sensitive radiotelescopes and technical expertise offer the opportunity to support niche applications and track transmitting objects more precisely than most other systems. Our project explores the possibilities and potential further applications available in the market.

water droplets on glass

Our technology offers a powerful solution to the problem of poor water quality and safety by preventing the spread of water-borne pathogens.

This tool will provide valuable insights to stakeholders to pre-emptively guide more targeted and effective investment to support mental health in communities impacted by natural disasters.

This project aims to develop flexible and visible surgical mesh to be used for the people who require surgical mesh - especially women - by increasing their independence, improving quality of life/well-being and avoidance of unnecessary surgery.

Our project is focused on developing a new type of microwave device that has unique and never-before-seen properties.

This project aims to combine advanced materials and additive manufacturing to develop high-performance space rover wheels for next generation explorations.

Researchers at Fast Carbon have developed a composite manufacturing method for rapidly produced hollow structures using deliberate warpage.

Green Shield offers a class of materials that are highly adaptive and provide unique solutions for radio frequency shielding or signature management, also known as object camouflage.