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                      AGILITY is the eminent style of our soldiers,
who are the self imposed combination of Strength, Speed, Reaction time and
Endurance. Excessively loaded soldiers have a negative impact on unit mobility
and efficiency. A soldier can carry approximately 30% of
his body weight and still retain a significant percentage of his maneuverability. But, if a
load exceeds 45% of a soldier’s body weight, then he loses his robustness
significantly and is at greater risk for Injury.  

                       To aid such impediments, we propose a biomimetic trio design that could be worn in close
proximity to the body which can generate power by itself rather consuming it, that
is achieved with the support of ENERGY SCAVENGING PROCESS. If a
soldier can generate extra electricity while walking, it reduces the weight of
the batteries that he must carry and the design can even save some energy of
the wearer. When walking downhill, the  resistance and power generation of device  increases automatically, inturn reducing the
load on the wearer’s legs.

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                        Based on the study we
made on muscle strength assessment, we have designed a rigid load-bearing
framework to transfer weight off the wearer to the ground; compact Pyroelectric Infrared Sensors and actuators at the knee, ankle and hip to
increase strength; soft materials that buffer between the human being and the
rigid frame; and an artificial intelligence that adjusts the machinery to move
seamlessly with the wearer. A hip-assistance structure that uses a backpack
frame to attach to the torso which generates electricity based on dorsi-flexor
and plantar-flexor movements. With the gait kinematics and orthosis steady
state walking dynamics the man and machine can be combined
into an intimate, symbiotic unit that will perform essentially as one wedded
system. And our design provides a synergistic strategy for a
light-weight as well as an efficient interpretation for the reality of a load
carrying exoskeleton for our soldiers.

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