Embedded Floating Bag for Military Use

The purpose of this research is to develop an innovative Suspended Floating Bag (SFB) for military load carriage which is meant as a solution to problems associated with conventional backpacks. This excess weight exposes infantry soldiers to higher levels of energy expenditures associated with decreased performance. This load is controlled by one of the mechanisms used in the SFB which comprises springs, pulleys, and elastic ropes that suspend and minimize the vertical displacement thereby reducing movement within the structure. In addition, these products feature a lightweight and strong frame coupled with rack and pinion for enhanced stability and precision. Real-time location tracking and anti-theft function supported by embedded technologies such as Arduino Uno micro utility controller, Global Positioning System (GPS), Global System for Mobile Communications (GSM) modules, and buzzer system. Furthermore, it is also fitted into a self-sustaining power generation system by way of a rack and pinion as well as a dynamometer. Reduction in vertical excursion and total ground reaction force during field trials provides an enduring solution and diminishes the likelihood of conventional back pain. The research has thus made progress in the development of load carriage systems that could improve endurance as well as the comfort of military forces during critical engagements off the battlefield.