FIST provides solutions to lighten the load soldiers carry

Focus has shifted in recent years, from building the smaller combat units around the central overlaying system, to the small combat units themselves.

London, United Kingdom (prHWY.com) March 26, 2013 - Focus has shifted in recent years, from building the smaller combat units around the central overlaying system, to the small combat units themselves. The individual soldier is the smallest of combat units, yet a single individual can play a vital role in ensuring the success of any military operation. However, the weight that a modern soldier is required to carry into battle is universally recognized to be a key issue. Advances in fist--future infantry soldier technology--have led to a proliferation of differed specialized pieces of equipment, as well as entire soldier systems, or military kits, thought to be a one-step solution. Let's examine one of the most popular solutions, the option to lighten the load.


Fist--future infantry soldier technology is on the rise fast, bringing technical enhancements to the equipment of soldiers around the world. The need for fist--future infantry soldier technology arises from the fact that modern soldiers are expected to carry out increasingly complex missions, while facing different and rapidly-changing environments and external factors. A soldier cannot operate at full capacity if he is weighed down by extra equipment. It has been reported in the Army Times that soldiers carry on average 25 pounds more now, than they did as little as 30 years ago. The benefit of fist--future infantry soldier technology, is that it opens up recent technological advancements to military applications, creating a range of options to solve the problem of extra weight. Let's look at them one at a time.


One popular option to consider is to lighten the load that modern soldiers carry with them when conducting operations. This is the simplest of concepts, but it carries with it the most complex technical execution requirements. To lighten the load of a dismounted soldier is the critical issue here, as every pound makes a difference, when marching for miles on end in severe weather conditions. The issue inherent here is that modern soldiers have a lot of pieces of specialized equipment they must carry with them in operations, so new devices must be created, combining functions. This is technically challenging, and more often than not incredibly costly, but it can be done.


ENVG--Enhanced Night Vision Goggles--can be seen as a perfect example of a lighten the load project. Traditionally soldiers would have to carry several pieces of equipment to cover their imagery needs in the field, such as Image intensified (I2) devices, thermal imaging (IR) devices and thermal weapon sights. ENVGs combine the abilities of all these devices, to give an all-in-one solution. Additionally, ENVGs allow real-time image feeds, and their sharing, to help improve the strategic decision-making process. ENVGs accomplish the task required, to lighten the load soldiers have to carry in battle, and offer significant extra features.


Faced with the proliferation of military equipment, it must be a priority to lighten the load http://www.wbresearch.com/soldiertechnologyeurope/lighten-the-load.aspx that soldiers carry into battle, to increase efficiency and avoid injuries. The benefit of fist--future infantry soldier technology http://www.wbresearch.com/soldiertechnologyeurope/fist-future-infantry-soldier-technology.aspx is that it creates a range of solutions for the problem of extra weight faced by the modern soldier.

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