there is this technology that I believe will address basic challenge around the
will address basic challenge around the
will address basic challenge around the world it will impact people from all
world it will impact people from all
world it will impact people from all walks of life ranging from an astronaut
walks of life ranging from an astronaut
walks of life ranging from an astronaut and the mission to Mars to a farm in
and the mission to Mars to a farm in
and the mission to Mars to a farm in remote part of Ethiopia who is relying
remote part of Ethiopia who is relying
remote part of Ethiopia who is relying on subsistence farming this technology
on subsistence farming this technology
on subsistence farming this technology is my greatest passion and it’s called
is my greatest passion and it’s called
is my greatest passion and it’s called aerial robot aerial robots will be
aerial robot aerial robots will be
aerial robot aerial robots will be fundamental components of our future
fundamental components of our future
fundamental components of our future society
society
society all of you every one of you sitting here
all of you every one of you sitting here
all of you every one of you sitting here right now will be in position of aerial
right now will be in position of aerial
right now will be in position of aerial robot soon yeah well most of you seem a
robot soon yeah well most of you seem a
robot soon yeah well most of you seem a bit skeptical remember in 1902 Lord
bit skeptical remember in 1902 Lord
bit skeptical remember in 1902 Lord Kelvin the famous physicist and one of
Kelvin the famous physicist and one of
Kelvin the famous physicist and one of the great minds of the time said no
the great minds of the time said no
the great minds of the time said no aeroplanes will ever be practically
aeroplanes will ever be practically
aeroplanes will ever be practically successful there were some experts were
successful there were some experts were
successful there were some experts were much more optimistic than Calvin was and
much more optimistic than Calvin was and
much more optimistic than Calvin was and said it could be possible in few million
said it could be possible in few million
said it could be possible in few million years yet within a year on the 17th of
years yet within a year on the 17th of
years yet within a year on the 17th of December 1903 the Wright brothers
December 1903 the Wright brothers
December 1903 the Wright brothers conducted the very first successful
conducted the very first successful
conducted the very first successful flight test now most of us cannot even
flight test now most of us cannot even
flight test now most of us cannot even imagine at least intercontinental
imagine at least intercontinental
imagine at least intercontinental transportation without aeroplanes
transportation without aeroplanes
transportation without aeroplanes believe me aerial robots will soon be
believe me aerial robots will soon be
believe me aerial robots will soon be household names
do you think this is a toy this is
do you think this is a toy this is absolutely not a toy this is a type of
absolutely not a toy this is a type of
absolutely not a toy this is a type of unmanned aerial robot which has a
unmanned aerial robot which has a
unmanned aerial robot which has a potential to be used for wide range of
potential to be used for wide range of
potential to be used for wide range of civil applications for example in
civil applications for example in
civil applications for example in agriculture to increase productivity or
agriculture to increase productivity or
agriculture to increase productivity or in healthcare to take part in
in healthcare to take part in
in healthcare to take part in life-saving missions what are unmanned
life-saving missions what are unmanned
life-saving missions what are unmanned aerial robots really these are any type
aerial robots really these are any type
aerial robots really these are any type of flying machines without onboard pilot
of flying machines without onboard pilot
of flying machines without onboard pilot they come in different shape size for or
they come in different shape size for or
they come in different shape size for or type they can be completely autonomous
type they can be completely autonomous
type they can be completely autonomous or they can be piloted from a ground
or they can be piloted from a ground
or they can be piloted from a ground station this robot is a specific type of
station this robot is a specific type of
station this robot is a specific type of unmanned aerial robot and it’s called
unmanned aerial robot and it’s called
unmanned aerial robot and it’s called hexacopter because it has six propellers
hexacopter because it has six propellers
hexacopter because it has six propellers it can translate rotate in different
it can translate rotate in different
it can translate rotate in different directions by changing the speeds of the
directions by changing the speeds of the
directions by changing the speeds of the propellers in a coordinated manner this
propellers in a coordinated manner this
propellers in a coordinated manner this type of robots also have a capability of
type of robots also have a capability of
type of robots also have a capability of vertically taking off and landing so
vertically taking off and landing so
vertically taking off and landing so they don’t need runways like aeroplanes
they don’t need runways like aeroplanes
they don’t need runways like aeroplanes this makes them extremely appealing for
this makes them extremely appealing for
this makes them extremely appealing for applications performed in congested
applications performed in congested
applications performed in congested environments such as crowded cities now
environments such as crowded cities now
environments such as crowded cities now more than ever the use of unmanned
more than ever the use of unmanned
more than ever the use of unmanned aerial robots is extremely essential for
aerial robots is extremely essential for
aerial robots is extremely essential for the perpetration of life take for
the perpetration of life take for
the perpetration of life take for example agriculture do you know that the
example agriculture do you know that the
example agriculture do you know that the world population in 2050 is estimated to
world population in 2050 is estimated to
world population in 2050 is estimated to be nine point seven billion this is an
be nine point seven billion this is an
be nine point seven billion this is an increase by more than 30%
increase by more than 30%
increase by more than 30% this means that we have to fit in the
this means that we have to fit in the
this means that we have to fit in the growing population with essentially less
growing population with essentially less
growing population with essentially less stars force less arable lands than we
stars force less arable lands than we
stars force less arable lands than we have right now
have right now
have right now this entails the use of effective and
this entails the use of effective and
this entails the use of effective and environmentally friendly technologies
environmentally friendly technologies
environmentally friendly technologies like the aerial acrobats on here your
like the aerial acrobats on here your
like the aerial acrobats on here your future life depends on aerial robots the
future life depends on aerial robots the
future life depends on aerial robots the necessity to innovate in the field of
necessity to innovate in the field of
necessity to innovate in the field of aerial robotics has also created
aerial robotics has also created
aerial robotics has also created opportunities for students and
opportunities for students and
opportunities for students and researchers for example this hexacopter
researchers for example this hexacopter
researchers for example this hexacopter which is modular which can easily be
which is modular which can easily be
which is modular which can easily be assembled and disassembled as you will
assembled and disassembled as you will
assembled and disassembled as you will see in the next movie has been developed
see in the next movie has been developed
see in the next movie has been developed by a group of second year undergraduate
by a group of second year undergraduate
by a group of second year undergraduate students of mine
students of mine
students of mine [Music]
this robot is extremely light all its
this robot is extremely light all its mechanical structures have been 3d
mechanical structures have been 3d
mechanical structures have been 3d printed in our lab the next movie shows
printed in our lab the next movie shows
printed in our lab the next movie shows you this extra copter this innovative
you this extra copter this innovative
you this extra copter this innovative hexacopter the first prototype when it
hexacopter the first prototype when it
hexacopter the first prototype when it was in its concept phase
you can think of such unmanned aerial
you can think of such unmanned aerial robots being easily used easily deployed
robots being easily used easily deployed
robots being easily used easily deployed by different parties such as first
by different parties such as first
by different parties such as first responders like police and firefighters
responders like police and firefighters
responders like police and firefighters even field engineers
even field engineers
even field engineers unmanned aerial robots have many
unmanned aerial robots have many
unmanned aerial robots have many appealing features they are relatively
appealing features they are relatively
appealing features they are relatively cheap the cheapest 10 euros and they
cheap the cheapest 10 euros and they
cheap the cheapest 10 euros and they have unbounded workspace and are safe to
have unbounded workspace and are safe to
have unbounded workspace and are safe to operate which makes them easily
operate which makes them easily
operate which makes them easily deployable in remote and unknown
deployable in remote and unknown
deployable in remote and unknown environment without endangering the
environment without endangering the
environment without endangering the human pilots life for example I operated
human pilots life for example I operated
human pilots life for example I operated an unmanned aerial robot in Australia
an unmanned aerial robot in Australia
an unmanned aerial robot in Australia while being here in the Netherlands this
while being here in the Netherlands this
while being here in the Netherlands this was actually the longest
was actually the longest
was actually the longest intercontinental Taylor operation of
intercontinental Taylor operation of
intercontinental Taylor operation of aerial robots such appealing features of
aerial robots such appealing features of
aerial robots such appealing features of unmanned aerial robots are the reasons
unmanned aerial robots are the reasons
unmanned aerial robots are the reasons why in this year alone more than 1
why in this year alone more than 1
why in this year alone more than 1 million and man aerial robots have been
million and man aerial robots have been
million and man aerial robots have been sold only in the US according to the
sold only in the US according to the
sold only in the US according to the European Union this field has a
European Union this field has a
European Union this field has a potential to create more than 100,000
potential to create more than 100,000
potential to create more than 100,000 job opportunities and it will have an
job opportunities and it will have an
job opportunities and it will have an annual economic impact of more than 10
annual economic impact of more than 10
annual economic impact of more than 10 billion euros only in Europe in the next
billion euros only in Europe in the next
billion euros only in Europe in the next few years if they have these all
few years if they have these all
few years if they have these all potential applications if they have
potential applications if they have
potential applications if they have these many appealing features aren’t you
these many appealing features aren’t you
these many appealing features aren’t you all wondering as to why we don’t see
all wondering as to why we don’t see
all wondering as to why we don’t see aerial robots everywhere I am as any new
aerial robots everywhere I am as any new
aerial robots everywhere I am as any new and innovative technology they also face
and innovative technology they also face
and innovative technology they also face serious challenge the most serious
serious challenge the most serious
serious challenge the most serious challenge that they face right now is
challenge that they face right now is
challenge that they face right now is something that involves all of you all
something that involves all of you all
something that involves all of you all of you here that is the societal
of you here that is the societal
of you here that is the societal challenge you find aerial robots
challenge you find aerial robots
challenge you find aerial robots extremely cool very interesting but then
extremely cool very interesting but then
extremely cool very interesting but then when it comes to using them for
when it comes to using them for
when it comes to using them for day-to-day activities especially in your
day-to-day activities especially in your
day-to-day activities especially in your busy
busy
busy we are extremely concerned about safety
we are extremely concerned about safety
we are extremely concerned about safety security and privacy what if they are
security and privacy what if they are
security and privacy what if they are used to violate youth privacy but if
used to violate youth privacy but if
used to violate youth privacy but if they are used by bad actors a lot of
they are used by bad actors a lot of
they are used by bad actors a lot of what ifs these are legitimate concerns
what ifs these are legitimate concerns
what ifs these are legitimate concerns names less hindering the growth
names less hindering the growth
names less hindering the growth trajectory that our world is in by
trajectory that our world is in by
trajectory that our world is in by slowing down innovation by slowing down
slowing down innovation by slowing down
slowing down innovation by slowing down use of technology cannot be an
use of technology cannot be an
use of technology cannot be an appropriate solution remember most of
appropriate solution remember most of
appropriate solution remember most of technological innovations are originally
technological innovations are originally
technological innovations are originally intended to improve the quality of life
technologies by themselves are not
technologies by themselves are not harmful it is you the choices that you
harmful it is you the choices that you
harmful it is you the choices that you make can make them harmful so it is up
make can make them harmful so it is up
make can make them harmful so it is up to you to make the right choice be open
to you to make the right choice be open
to you to make the right choice be open to new and innovative technologies
to new and innovative technologies
to new and innovative technologies accept working side by side with aerial
accept working side by side with aerial
accept working side by side with aerial robots adopt new rules and regulations
robots adopt new rules and regulations
robots adopt new rules and regulations that makes it easy to use aerial robots
that makes it easy to use aerial robots
that makes it easy to use aerial robots for civilian applications as such you
for civilian applications as such you
for civilian applications as such you can assist the growth that we are in
nowadays it’s normal for all of us to
nowadays it’s normal for all of us to carry smartphones in the near future it
carry smartphones in the near future it
carry smartphones in the near future it will be normal for all of us to own
will be normal for all of us to own
will be normal for all of us to own aerial robots in one form or another
aerial robots in one form or another
aerial robots in one form or another main aspects of your future life
main aspects of your future life
main aspects of your future life for example communication transportation
for example communication transportation
for example communication transportation even health care highly depends on
even health care highly depends on
even health care highly depends on aerial robots most importantly your
aerial robots most importantly your
aerial robots most importantly your children’s and grandchildren’s very
children’s and grandchildren’s very
children’s and grandchildren’s very existence which depends on how well we
existence which depends on how well we
existence which depends on how well we use the limited resources that we have
use the limited resources that we have
use the limited resources that we have right now extremely depends on new and
right now extremely depends on new and
right now extremely depends on new and innovative technologies like aerial
innovative technologies like aerial
innovative technologies like aerial robots
robots
robots so let’s embrace aerial robots and use
so let’s embrace aerial robots and use
so let’s embrace aerial robots and use them for the good of mankind
”
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