Working research and technology themes

Enhancing Survivability in Defence Systems

Survivability of materials is paramount in future defence engineering to ensure mission success and personnel safety. By integrating composite materials with high durability, ballistic protection, and specific functionalities, defence systems can withstand threats such as explosions, projectiles, laser energy and electromagnetic weapons. Prioritising material survivability enhances the longevity of defence assets, reduces maintenance requirements, minimises downtime, and enhances the readiness and capability of armed forces.

High-Temperature Applications in Defence Engineering

High-temperature advanced materials, including thermally stable polymer and ceramic matrix composites, play a crucial role in future defence engineering. Offering exceptional heat resistance combined with high strength-to-weight ratios, these materials ensure reliability and durability in demanding applications such as thermal protection systems and propulsion. Their lightweight nature enhances mobility and agility in military equipment, paving the way for more advanced defence technologies.

Addressing Extreme Environments

Developing materials capable of withstanding extreme environments is essential for future defence engineering. These materials endure corrosive conditions, chemical immersion, electromagnetic radiation and other unique environments. Additionally, these materials perform under the demanding high-stress situations encountered in combat across all operational domains: air, land, sea and space.