does anyone who recognizes
this image
this is a cheese a cheese that
was in the space to be
specific
it was a payload that was
put into orbit by a company that
is called spacek this founded by our
masks and to prove themselves
spacek are developed a launcher
falcon who still managed his
mission and put a satellite into orbit
after three failures so the fourth
attempt was successful and the cost
total of this project about 90
$ million and to give spacek credit
did the company still
moment that offer the best customers
in terms of launches
so it’s still a problem in
a world where we are more and more
dependent on information and the big
data
it is absolutely fundamental that we have
access to space more
regular but mostly more
affordable
it will allow us to connect
people who do not have internet access
it will improve their lives point
view fairness and progress okay
also allow us to better
understand the problematic of
climate change which is a big
problematic currently we are going
to be able to optimize their resources
it will also allow us to
better manage agriculture there are
a lot of things that we can do a
compromised the successful access to
information that comes from space
but before you start
let me tell you about one of
problems in the industry
at
to make rockets is difficult it is
very very difficult and that I can
you talk about it a little bit
today
for about two years I’ve had the
great opportunity to make
research at polytechnic with a
professor jean robert or one of the projects
on which we work and on the
rocket propulsion it is to reduce
the costs in fact it’s a new
technology to enable us to
reduce the costs of access to space
and since 2011
I joined renault a student group
which aims to conceive developing
and make dancing rocket a new
rocket every year in order to
participate in a competition
United States
this competition da is not a
competition who is going faster or
who goes to the office is a competition
so we need to go to
an altitude especially an attitude
predetermined with the most
possible precision in this case
it is to advocate for the category of
base and 30 nape and for the category
advanced for this year with hornos
we develop absolutely all
components
we develop the fuselages on
also develops avionics
we develop absolutely everything and when
I joined the team
it was absolutely unthinkable for
us but unthinkable we have an engine
that works because it has ended
very complex but after three years of
Research and development post
a lot of hard work and grace
to the contribution of a team all to
is great
we have here this feat of the year
last in october
we did our first tests this is a
success and hopefully in a few months
have a functional engine for
can be incorporated into our rocket for
this year’s competition and
to tell you we still have
won this competition three years
immediately in 2012 and 2014
we keep the two records of
accuracy in both categories
so I think we simple that is
that we do
[Applause]
[Music]
[Applause]
the question that always comes up
why is it so expensive
to launch rockets why that
is so expensive to go into space
the costs are still variable
from one rocket to others but it remains
still something that is
accessible to all in fact beyond
structures and beyond avionics and
ground systems that’s really
the architecture of the propulsion system
which imposes and blow and that imposes a lot
of things afterwards
these engines are still pretty
complex against the operation
of a rocket in principle is still
very very simple as we all know
since there is no oxygen in space
we need to bring some
oxygen for us for the rocket
can work
so we have a fuel west
the two react together sacred of
the temperature that’s actually it’s a
sacred combustion of thermal energy
this thermal energy is converted
in mechanical energy we have
push and it’s as simple as that
but it’s really engineering
behind that is very complex
it’s the technical aspect that is very
complex there are several options there are
several options available to us
we can have a solid West and
a solid fuel
it looks a bit like a big fire
this is what NASA had
used to boost them in fact it’s
a little what looks like pencils
around the space shuttle
if motorola are the coolest
develop and it’s also the engine that
gives a lot of push in a very
short shit period of loss of
time and that’s pretty much what we got
need then that’s exactly why
that we develop rockets another
option it would be to use a western
liquid is a liquid fuel
these engines are by far the most
used in industry it is also the
more complex but also the most
performing beyond the neck and beyond
performance is still necessary
keep in mind that he has certain
problems that we have not managed to
solve for his engines there between
other instability of combustion so
we have to do a lot of tests and that
increases the development costs of
the cost of the whole process actually
must be kept in mind now
rockets with some exceptions
close she is not reusable
so to put a satellite in orbit
the rocket takes off the satellite is put
in orbit the fuel and the west
are consumed
and the rocket crashes into the ocean that
stop there so these beautiful wonders
of technology on which we put
many hours of work and a lot
of money are found in the funds
oceans with fish
it’s a bit like every time
you want to go on holiday in europe
we’re going to say rather than buying a
airline ticket
you have to buy from the plane in full
I have not got any plane tickets
no it’s really an airplane that you
must have custom made do
design manufacture develop test
and certify just so that you
can go on vacation at each
times each time and each time
but now if we could go from
100 to this this is a hybrid engine
in the case of this image the fuel
is in solid form and the west and
in unique form and the fuel is
the transparent part that burns and
the West is what a goal by
the tube his northern engines were
developed in the 30s in
Soviet Union
there has been renewed interest in
90’s thanks to the discovery of a
new type of fuel by
researchers to pay 5 fraud these
engines offer the benefits of both
technologies we covered
previously they are simple
solid collimator collimator but
also offers performances that are
quite comparable to the engine the team
a noticeable benefit and that actually
really an interesting option it’s
really hit the cost of
development of its engines a little
less than others
this technology still has a little bit of
way to go so that it can
propel rockets daily so that
it can propelled broadcast
daily in space however
it’s becoming more and more an option
interesting given the aspect
plastic or rich green scene with their
last company your jeans
galactic have used a motor that
is similar for their last step
so I can tell you with certainty
that the potential of this technology
can really make it
become a breakthrough innovation
imagine now a world where to go
to spend a vacation are to go on
the moon
spent Christmas day where we could
go into space for an end of
week to remember it looks like
what
and for those they have good
risk tolerance
well you can go on march
spent a few days discovering a little
and you could come back for us in
speak
it’s really something that is going
happen and this is just a story of
time and if there is one thing that I want
that you retain from the presentation
today it’s going to happen and
one day someone of you will have
the opportunity to go into space
the launch cost will be so low
that it would be a possibility
and if a second thing I would like
what you remember is that it will be
Montreal companies that are going
make the difference
thank you
[Applause]
this image
this is a cheese a cheese that
was in the space to be
specific
it was a payload that was
put into orbit by a company that
is called spacek this founded by our
masks and to prove themselves
spacek are developed a launcher
falcon who still managed his
mission and put a satellite into orbit
after three failures so the fourth
attempt was successful and the cost
total of this project about 90
$ million and to give spacek credit
did the company still
moment that offer the best customers
in terms of launches
so it’s still a problem in
a world where we are more and more
dependent on information and the big
data
it is absolutely fundamental that we have
access to space more
regular but mostly more
affordable
it will allow us to connect
people who do not have internet access
it will improve their lives point
view fairness and progress okay
also allow us to better
understand the problematic of
climate change which is a big
problematic currently we are going
to be able to optimize their resources
it will also allow us to
better manage agriculture there are
a lot of things that we can do a
compromised the successful access to
information that comes from space
but before you start
let me tell you about one of
problems in the industry
at
to make rockets is difficult it is
very very difficult and that I can
you talk about it a little bit
today
for about two years I’ve had the
great opportunity to make
research at polytechnic with a
professor jean robert or one of the projects
on which we work and on the
rocket propulsion it is to reduce
the costs in fact it’s a new
technology to enable us to
reduce the costs of access to space
and since 2011
I joined renault a student group
which aims to conceive developing
and make dancing rocket a new
rocket every year in order to
participate in a competition
United States
this competition da is not a
competition who is going faster or
who goes to the office is a competition
so we need to go to
an altitude especially an attitude
predetermined with the most
possible precision in this case
it is to advocate for the category of
base and 30 nape and for the category
advanced for this year with hornos
we develop absolutely all
components
we develop the fuselages on
also develops avionics
we develop absolutely everything and when
I joined the team
it was absolutely unthinkable for
us but unthinkable we have an engine
that works because it has ended
very complex but after three years of
Research and development post
a lot of hard work and grace
to the contribution of a team all to
is great
we have here this feat of the year
last in october
we did our first tests this is a
success and hopefully in a few months
have a functional engine for
can be incorporated into our rocket for
this year’s competition and
to tell you we still have
won this competition three years
immediately in 2012 and 2014
we keep the two records of
accuracy in both categories
so I think we simple that is
that we do
[Applause]
[Music]
[Applause]
the question that always comes up
why is it so expensive
to launch rockets why that
is so expensive to go into space
the costs are still variable
from one rocket to others but it remains
still something that is
accessible to all in fact beyond
structures and beyond avionics and
ground systems that’s really
the architecture of the propulsion system
which imposes and blow and that imposes a lot
of things afterwards
these engines are still pretty
complex against the operation
of a rocket in principle is still
very very simple as we all know
since there is no oxygen in space
we need to bring some
oxygen for us for the rocket
can work
so we have a fuel west
the two react together sacred of
the temperature that’s actually it’s a
sacred combustion of thermal energy
this thermal energy is converted
in mechanical energy we have
push and it’s as simple as that
but it’s really engineering
behind that is very complex
it’s the technical aspect that is very
complex there are several options there are
several options available to us
we can have a solid West and
a solid fuel
it looks a bit like a big fire
this is what NASA had
used to boost them in fact it’s
a little what looks like pencils
around the space shuttle
if motorola are the coolest
develop and it’s also the engine that
gives a lot of push in a very
short shit period of loss of
time and that’s pretty much what we got
need then that’s exactly why
that we develop rockets another
option it would be to use a western
liquid is a liquid fuel
these engines are by far the most
used in industry it is also the
more complex but also the most
performing beyond the neck and beyond
performance is still necessary
keep in mind that he has certain
problems that we have not managed to
solve for his engines there between
other instability of combustion so
we have to do a lot of tests and that
increases the development costs of
the cost of the whole process actually
must be kept in mind now
rockets with some exceptions
close she is not reusable
so to put a satellite in orbit
the rocket takes off the satellite is put
in orbit the fuel and the west
are consumed
and the rocket crashes into the ocean that
stop there so these beautiful wonders
of technology on which we put
many hours of work and a lot
of money are found in the funds
oceans with fish
it’s a bit like every time
you want to go on holiday in europe
we’re going to say rather than buying a
airline ticket
you have to buy from the plane in full
I have not got any plane tickets
no it’s really an airplane that you
must have custom made do
design manufacture develop test
and certify just so that you
can go on vacation at each
times each time and each time
but now if we could go from
100 to this this is a hybrid engine
in the case of this image the fuel
is in solid form and the west and
in unique form and the fuel is
the transparent part that burns and
the West is what a goal by
the tube his northern engines were
developed in the 30s in
Soviet Union
there has been renewed interest in
90’s thanks to the discovery of a
new type of fuel by
researchers to pay 5 fraud these
engines offer the benefits of both
technologies we covered
previously they are simple
solid collimator collimator but
also offers performances that are
quite comparable to the engine the team
a noticeable benefit and that actually
really an interesting option it’s
really hit the cost of
development of its engines a little
less than others
this technology still has a little bit of
way to go so that it can
propel rockets daily so that
it can propelled broadcast
daily in space however
it’s becoming more and more an option
interesting given the aspect
plastic or rich green scene with their
last company your jeans
galactic have used a motor that
is similar for their last step
so I can tell you with certainty
that the potential of this technology
can really make it
become a breakthrough innovation
imagine now a world where to go
to spend a vacation are to go on
the moon
spent Christmas day where we could
go into space for an end of
week to remember it looks like
what
and for those they have good
risk tolerance
well you can go on march
spent a few days discovering a little
and you could come back for us in
speak
it’s really something that is going
happen and this is just a story of
time and if there is one thing that I want
that you retain from the presentation
today it’s going to happen and
one day someone of you will have
the opportunity to go into space
the launch cost will be so low
that it would be a possibility
and if a second thing I would like
what you remember is that it will be
Montreal companies that are going
make the difference
thank you
[Applause]
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