Military footwear

The contribution of footwear to task performance is primarily protection of the foot on various abrasive surfaces and support of the ankle. However, a critical component of military footwear for mobility is the sole of the boot or shoe. There have been studies in ground reaction by Salford University, resirlting in some indicators of what configurations ofbootsole work best with different characterised ground conditions (Pisani, 2002). Critical elements of this work include the interaction between the surface detail of the sole, particirlarly the cleat of the shoe or boot, and shear of soil material away from the sole (Sun et al, 2005). 

Maybe 3% is used in footwear (such as in the soles of work shoes and military footwear). 

Typically these polyblends of NBR and PVC are used for wire and cable jackets, shoe soles for military footwear, and work shoes. 

Abstract This chapter outlines the substantive issues when designing handwear and footwear for military applications, in the context of the requirements of fit to UK military personnel, their tasks, and the environment or theatre within which they will operate. First, the nature and level of protection in different circumstances are outlined. Second, fit, physiological maintenance, task performance and other factors that influence design are considered. Finally, future trends in design and production are introduced. In each case, best practice from Human Factors and the application of available technologies are described to provide the optimum compromise within a final design solution. 

For the designer of extremities PPE there are a number of useful texts (many included in the references to this chapter) that can help support the development of mihtaiy footwear and gloves, much of it focused on civilian applications. Where designers and developers may find a paucity of information is with regard to design hettristics for specific military contexts and military needs, which will help in refining a PDS and new designs. 

Carboxylated nitrile rubbers are now increasingly seen as versatile, easy-to-process abrasion-resistant elastomers which can be used in seals, valve linings, military and industrial footwear, hoses, pump components and conveyor belts, and perhaps more significantly in all aspects of oilfield applications." ... 

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