The team is working on refining a new material to improve its efficiency and explore its applications in higher-temperature environments. They believe that by using more heat-resistant titanium alloys, the material could withstand temperatures up to 600°C, making it suitable for aerospace or firefighting drones. However, the technology to produce this material is not widely available yet, which may delay its adoption by the industry. The team is optimistic that as the technology develops, it will become more accessible and the printing process will become faster, allowing a larger audience to implement these high-strength multi-topology metamaterials. The team welcomes collaboration from companies interested in exploring the potential applications of this material.
| Signal | Change | 10y horizon | Driving force |
|---|---|---|---|
| Refining material for higher temperature applications | Enhancing material capabilities | More applications in aerospace and firefighting drones | Advancements in heat-resistant titanium alloys |
| Slow adoption due to limited availability of technology | Increased accessibility and faster printing process | Wider implementation of high-strength metamaterials | Technological developments in metal 3D printing |
| Welcoming collaborations for potential applications | Collaborative design and knowledge exchange | Increased partnerships and innovative solutions | Desire for problem-solving and research translation in industry |