Superhuman Strength
SUPERHUMAN STRENGTH1
AbstractThe thought of being a Superhuman has fascinated us
these past few decades as shown in movies, such as Iron Man and in
comic books from Marvel. With such a vested interest in the
super-human, it seems only natural that it would be brought to real
life. Much of recent technology strives to overcome the limits
imposed on humans by physics. The researchers over at Raytheons
recent acquisition, Sarcos Lab, just took a step closer to
achieving that super-human strength. They designed a XOS
exoskeleton that is capable of lifting over 200 pounds without the
operator breaking a sweat. The super-suit is being designed for the
U.S. Army, to help soldiers in the field. But with many problems
with worker fatigue in manufacturing jobs and jobs that require
constant heavy lifting, can the XOS exoskeleton be the answer to
solving those problems? The objective of this research project is
to explore the possibility of having the exoskeleton used on
workers whom everyday task requires heavy lifting and constant
muscle movement which causes fatigue and soreness. The exoskeleton
can help workers work longer hours at a faster pace, which would
increase productivity, thus increasing profit. The XOS exoskeleton
suit is still in its development stage but researchers say that
they should have a fully working exoskeleton by the year 2020.
Research studies like this would help so many people because, the
human body is designed to only work for a short period of time and
can only exert a certain amount of force. If it exceeds its limits,
then plenty of rest would be needed so the body can recuperate and
avoid soreness. I believe that the XOS exoskeleton is the answer to
many problems faced today in the work field such as, worker fatigue
and production speed. In the future, what this exoskeleton can do
for the human body will be limitless.Superhuman Strength: Workers
of the FutureEver since mankind existed, humans have always tried
to find ways to enhance human economy, strength, and endurance. No
matter how complex the human body is, there are still things that
the human body cant do or has difficulties doing. The human body is
designed to only work for a short period of time and can only exert
a certain amount of force. If it exceeds its limits, then plenty of
rest would be needed so the body can recuperate and avoid soreness.
This paper will explain the problems that are faced by workers in
todays work field and show why and how a life changing design can
be the answer to solving those issues. In todays world, many jobs
are demanding a lot from their workers, placing a workload on the
human body. Not surprised, job demands are among the most
frequently cited occupational stressors for full-time employees,
many of whom are experiencing increased levels of work-related
fatigue (MacDonald, W., 2003). Constant movement of the body can
cause long term issues to the worker. As stated in Niebels 13th
edition book called Niebel's methods, standards, and work design;
many workers develop Work-related Musculoskeletal Disorders, which
is, Injuries to the musculoskeletal system that develop gradually
as a result of repeated micro trauma due to poor design and the
excessive use of hand tools and other equipment. These injuries can
affect the worker and also the company. Companies lose money when
workers are not working at their peak efficiency due to fatigue or
injury. One design I believe that will solve all the problems
workers have in the work field and also change the way human think
is the XOS exoskeleton by Raytheon. The XOS exoskeleton is a
super-suit that is being designed for the U.S. Army that can lift
over 200 pounds without the operator breaking a sweat. The
exoskeleton can help workers work longer hours at a faster pace,
which would increase productivity, thus increasing profit. The
worker wont have to do a lot of movement thus avoiding developing
injuries, soreness and even disorders caused by the excessive
workload. MethodsDesign of Suit
How it Works
Advantages
Disadvantages
ResultsFuture Use
Cost
Discussion
Summary and conclusion
Acknowledgment
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