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so the general goal of our lab is to
understand the locomotion aspect of
animals and recently we are focusing on
quadruped air and four-legged animals
and we try to understand how how they
efficiently run on the field and nature
so that we can take that inspiration and
then use in our engineering world so for
example we can create our prosthetic
legs out of that technology or it can
even make a new transportation replacing
cars so that you don't need a road in
our world cheetah is the fastest
four-legged animal in the world and then
we would like to make our robot blond
fast like a cheetah when we started with
our robot we started to look at cheetahs
motion and applied its principles to our
mechanical version of a cheetah
currently our robot cheetah can run up
to ten mile per hour and jump over
directories centimeter high obstacle so
previously most legged robots are
powered by internal combustion engine
and then hydraulic transmission and
those are very noisy and very
inefficient but people believe that
internal combustion engine hydraulics
are only way to make a lego robot runs
and support itself people believe that
electric motors are not powerful enough
so this is the first time we shows that
electrically powered roller can run and
jump over all the tight off circles in
order to build a dynamic robot like a
cheetah we had to develop everything on
the robot including borers control
system and control abilities because
previous robot technology is focused on
controlling static motion
I think this is really exciting future
where Ruby Hyatt and efficient and also
powerful and then we might exceed the
muscles of performance in the future
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