UK MoD seeks innovative technologies to enhance military’s future operational capabilities

27 February 2013 (Last Updated February 27th, 2013 03:40)

The UK Ministry of Defence's (MoD) Defence Science and Technology Laboratory (Dstl) has invited proposals from industry partners for development of materials and technologies with unique properties to enhance the British armed forces' future operational capabilities.

D3o material

The UK Ministry of Defence's (MoD) Defence Science and Technology Laboratory (Dstl) has invited proposals from industry partners for development of materials and technologies with unique properties to enhance the British armed forces' future operational capabilities.

Launched by the Dstl's Materials and Structures Science and Technology Centre (MAST STC), the Centre for Defence Enterprise (CDE) scheme wants suppliers to conduct research and develop smart materials that offer significant improvements against emerging requirements and threats compared with existing capabilities.

MAST STC technical lead Professor Ian Youngs said research on smart materials offers several opportunities for integration of added functionality into future military equipment concepts.

"It is vital for the success of MoD's materials and structures technology programme to solicit high-quality and innovative studies through CDE in order to provide technical challenges to the core research programme," Youngs added.

"It is vital for the success of MoD's materials and structures technology programme to solicit high-quality and innovative studies through CDE in order to provide technical challenges to the core research programme."

Research areas include smart coatings that provide evidence for maintenance or repair of equipment, smart textiles, and smart packaging, which will be capable of delivering an improved understanding of the military logistic supply chain.

Also sought by the MAST STC include advanced manufacturing, modelling techniques, intelligent systems offering future potential for defence and security applications, as well as adaptive structures for deliver significant benefits to a number of military areas, including air platforms.

While conducting research, the potential suppliers are requested to consider the broad spectrum of platform types, structures, equipment and devices operated by the military, which includes futuristic nano-unmanned vehicles, large ships, land vehicles and aircraft.

The structures range from tents to large deployable operating bases, as well as headquarters, while the equipment types includes radios, weapons and clothing.


Image: The D3o material is commonly used for protection as it hardens on impact. Photo: ©Crown Copyright.

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