AGILITY Injury. To aid such impediments, we propose a

AGILITYis the eminent style of our soldiers, who are the self imposed combination ofStrength, Speed, Re-activeness and Endurance. Excessively loaded soldiers have a negative impact on unit mobility andefficiency. A soldier can carry approximately 30% of his body weight andstill retain a significant percentage of his maneuverability.

But, a loadexceeding 45% of a soldier’s body weight, then he loses his robustnesssignificantly and is at greater risk for Injury.                            To aid suchimpediments, we propose a biomimetic trio design that could be worn in closeproximity to the body that can generate power by itself rather consuming it,which is achieved with the support of ENERGY SCAVENGING. In the event that a fighter can produce additional power whilestrolling, it decreases the heaviness of the batteries that he should conveyand the outline can spare some vitality of the wearer. When walkingdownhill, the  resistance and power generation of device  increases automatically, inturn reducing theload on the wearer’s legs.

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                          Based on a musclestrength assessment study, we have designed a rigid load-bearing framework totransfer weight off the wearer to the ground. A compact design of PyroelectricInfrared Sensors and actuators at the knee, ankle and hip to increase strength;soft materials that buffer between the human being and the rigid frame;hip-assistance structure that uses a backpack frame to attach to the torsowhich generates electricity based on dorsi-flexor and plantar-flexor movementsand an artificial intelligence that adjusts the machinery to move with thewearer is proposed. With the orthosis gait kinematics, man and machine can be combined into an intimate,symbiotic unit that will perform essentially as one wedded system. And ourdesign provides a synergistic strategy for a light-weight and efficientinterpretation for the reality of a load carrying exoskeleton for our soldiers.