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so recently I've got quite a few
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so recently I've got quite a few
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so recently I've got quite a few
messages and links going to a new video
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messages and links going to a new video
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messages and links going to a new video
that's be released on YouTube entitled
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that's be released on YouTube entitled
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that's be released on YouTube entitled
the Wi-Fi gum
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the Wi-Fi gum
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the Wi-Fi gum
now the guys that created all actually
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now the guys that created all actually
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now the guys that created all actually
run the channel I am well aware of them
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run the channel I am well aware of them
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run the channel I am well aware of them
I have watched quite a few of their
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I have watched quite a few of their
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I have watched quite a few of their
videos in their past especially their
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videos in their past especially their
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videos in their past especially their
microwave done an EMP videos now
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microwave done an EMP videos now
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microwave done an EMP videos now
a lot of those videos are for comedy
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a lot of those videos are for comedy
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a lot of those videos are for comedy
purposes you know especially the
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purposes you know especially the
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purposes you know especially the
microwave gums and the EMPs using magma
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microwave gums and the EMPs using magma
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microwave gums and the EMPs using magma
chunks out of old microwaves they just
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chunks out of old microwaves they just
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chunks out of old microwaves they just
do not work and I think when you feel
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do not work and I think when you feel
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do not work and I think when you feel
their channel that's what you need to
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their channel that's what you need to
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their channel that's what you need to
keep in mind I found them very
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keep in mind I found them very
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keep in mind I found them very
entertaining but whether they actually
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entertaining but whether they actually
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entertaining but whether they actually
work or not in real life is questionable
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work or not in real life is questionable
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work or not in real life is questionable
but this is a recent video they've
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but this is a recent video they've
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but this is a recent video they've
released called the Wi-Fi gun this is an
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released called the Wi-Fi gun this is an
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released called the Wi-Fi gun this is an
exact design of the one they built on
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exact design of the one they built on
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exact design of the one they built on
their channel claiming five kilometers I
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their channel claiming five kilometers I
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their channel claiming five kilometers I
believe I've watched a few times now now
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believe I've watched a few times now now
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believe I've watched a few times now now
I'm not going to show you how to make
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I'm not going to show you how to make
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I'm not going to show you how to make
this on my channel today a couple of
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this on my channel today a couple of
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this on my channel today a couple of
reasons I'm not quite sure that I think
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reasons I'm not quite sure that I think
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reasons I'm not quite sure that I think
we can improve it let's just say that I
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we can improve it let's just say that I
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we can improve it let's just say that I
think if I spend some time on this that
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think if I spend some time on this that
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think if I spend some time on this that
some of the diameters are a little bit
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some of the diameters are a little bit
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some of the diameters are a little bit
dubious and I do think I can improve it
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dubious and I do think I can improve it
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dubious and I do think I can improve it
but I've built this exactly the same as
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but I've built this exactly the same as
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but I've built this exactly the same as
this and you can see the plans very
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this and you can see the plans very
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this and you can see the plans very
briefly at the beginning of the video
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briefly at the beginning of the video
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briefly at the beginning of the video
that they've used to construct this I
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that they've used to construct this I
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that they've used to construct this I
will tell you that they are very very
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will tell you that they are very very
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will tell you that they are very very
old plans they have been around on the
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old plans they have been around on the
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old plans they have been around on the
internet since Wi-Fi scanning and that
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internet since Wi-Fi scanning and that
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internet since Wi-Fi scanning and that
sort of thing became a thing in itself
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sort of thing became a thing in itself
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sort of thing became a thing in itself
and this particular design you used to
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and this particular design you used to
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and this particular design you used to
see a lot of people putting these into
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see a lot of people putting these into
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see a lot of people putting these into
containers and they have got good
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containers and they have got good
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containers and they have got good
results because he is a yagi antenna at
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results because he is a yagi antenna at
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results because he is a yagi antenna at
the end of the day and a yogi and a
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the end of the day and a yogi and a
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the end of the day and a yogi and a
campaigner do make a really powerful
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campaigner do make a really powerful
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campaigner do make a really powerful
long-range antenna so to answer the
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long-range antenna so to answer the
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long-range antenna so to answer the
question that I've got is whether this
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question that I've got is whether this
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question that I've got is whether this
works or not on what do I think to it
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works or not on what do I think to it
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works or not on what do I think to it
well I can safely say without test
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well I can safely say without test
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well I can safely say without test
it forget about five kilometres the King
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it forget about five kilometres the King
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it forget about five kilometres the King
of distance when it comes to antennas is
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of distance when it comes to antennas is
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of distance when it comes to antennas is
the cantenna and then if you want to
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the cantenna and then if you want to
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the cantenna and then if you want to
push it even further than that
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push it even further than that
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push it even further than that
use a parabolic dish and the container
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use a parabolic dish and the container
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use a parabolic dish and the container
as the feed point and that really is the
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as the feed point and that really is the
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as the feed point and that really is the
king of distance so a yagi antenna no
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king of distance so a yagi antenna no
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king of distance so a yagi antenna no
matter what kind of design is is never
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matter what kind of design is is never
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matter what kind of design is is never
going to compete with a counter a
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going to compete with a counter a
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going to compete with a counter a
well-constructed counter now when it
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well-constructed counter now when it
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well-constructed counter now when it
comes to range but I have built it and
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comes to range but I have built it and
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comes to range but I have built it and
you can see here a built it exactly the
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you can see here a built it exactly the
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you can see here a built it exactly the
same as they have in their video I've
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same as they have in their video I've
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same as they have in their video I've
got a feed of coax coming out rather
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got a feed of coax coming out rather
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got a feed of coax coming out rather
than you know chopping down a dipole
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than you know chopping down a dipole
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than you know chopping down a dipole
antenna to get the feed what that's the
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antenna to get the feed what that's the
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antenna to get the feed what that's the
only real difference here so what I
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only real difference here so what I
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only real difference here so what I
thought would do is we'll give it a scan
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thought would do is we'll give it a scan
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thought would do is we'll give it a scan
now I'm not going to just start scanning
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now I'm not going to just start scanning
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now I'm not going to just start scanning
and Counting up all the different Wi-Fi
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and Counting up all the different Wi-Fi
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and Counting up all the different Wi-Fi
access points what I'm going to do I'm
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access points what I'm going to do I'm
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access points what I'm going to do I'm
going to choose one that I know is a set
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going to choose one that I know is a set
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going to choose one that I know is a set
different distance from me here in my
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different distance from me here in my
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different distance from me here in my
lab and the access point that we're
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lab and the access point that we're
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lab and the access point that we're
going to scan is a hundred and sixty
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going to scan is a hundred and sixty
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going to scan is a hundred and sixty
five meters away from me which is around
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five meters away from me which is around
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five meters away from me which is around
five hundred and forty feet and I've got
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five hundred and forty feet and I've got
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five hundred and forty feet and I've got
no wind us here in the lab so it's
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no wind us here in the lab so it's
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no wind us here in the lab so it's
straight off the bat it's cutting
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straight off the bat it's cutting
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straight off the bat it's cutting
through a brick wall and I know exactly
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through a brick wall and I know exactly
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through a brick wall and I know exactly
where the Wi-Fi access point no good to
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where the Wi-Fi access point no good to
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where the Wi-Fi access point no good to
try and scan is it's in a nearby school
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try and scan is it's in a nearby school
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try and scan is it's in a nearby school
to me in fact you might you know be able
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to me in fact you might you know be able
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to me in fact you might you know be able
to hear them playing outside at this
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to hear them playing outside at this
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to hear them playing outside at this
moment in time so it's not too far away
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moment in time so it's not too far away
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moment in time so it's not too far away
but it has got to cook through quite a
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but it has got to cook through quite a
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but it has got to cook through quite a
few work brick walls so what I thought
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few work brick walls so what I thought
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few work brick walls so what I thought
would do is and which adversity count
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would do is and which adversity count
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would do is and which adversity count
first with a cantenna
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first with a cantenna
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first with a cantenna
and then we can use the you know the
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and then we can use the you know the
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and then we can use the you know the
signal at this pixel and then scan the
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signal at this pixel and then scan the
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signal at this pixel and then scan the
same access point with this and we can
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same access point with this and we can
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same access point with this and we can
compare the two and we can see how
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compare the two and we can see how
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compare the two and we can see how
powerful this really is now there is one
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powerful this really is now there is one
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powerful this really is now there is one
thing about this design and I've copied
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thing about this design and I've copied
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thing about this design and I've copied
it exactly as it is in the video as I
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it exactly as it is in the video as I
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it exactly as it is in the video as I
said there's one thing that you can do
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said there's one thing that you can do
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said there's one thing that you can do
to this particular design
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to this particular design
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to this particular design
make it work better and I'll show you
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make it work better and I'll show you
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make it work better and I'll show you
what you can build to modify this to
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what you can build to modify this to
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what you can build to modify this to
make it actually work better after we've
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make it actually work better after we've
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make it actually work better after we've
done the first scale
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done the first scale
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done the first scale
okay so let's give this a scan then the
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okay so let's give this a scan then the
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okay so let's give this a scan then the
name of the access point we're looking
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name of the access point we're looking
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name of the access point we're looking
for is the office repeater so let's see
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for is the office repeater so let's see
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for is the office repeater so let's see
when it comes up an office repeater is
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when it comes up an office repeater is
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when it comes up an office repeater is
there at the top it's currently at 78%
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there at the top it's currently at 78%
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there at the top it's currently at 78%
which means you can connect to this
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which means you can connect to this
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which means you can connect to this
you'd have good internet speed and you
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you'd have good internet speed and you
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you'd have good internet speed and you
know a nice time browsing the Internet
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know a nice time browsing the Internet
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know a nice time browsing the Internet
anything below 50% really is poor
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anything below 50% really is poor
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anything below 50% really is poor
quality and only really good enough for
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quality and only really good enough for
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quality and only really good enough for
sending and receiving email so you can
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sending and receiving email so you can
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sending and receiving email so you can
see it's picked up quite a few where
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see it's picked up quite a few where
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see it's picked up quite a few where
access points they're the 100% ones just
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access points they're the 100% ones just
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access points they're the 100% ones just
ignore those because they are my access
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ignore those because they are my access
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ignore those because they are my access
points here in their lab but let's put
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points here in their lab but let's put
231
00:05:20,020 --> 00:05:23,070
points here in their lab but let's put
this on a graph and you can see they're
232
00:05:23,070 --> 00:05:23,080
this on a graph and you can see they're
233
00:05:23,080 --> 00:05:26,730
this on a graph and you can see they're
nice and strong nice read and you know
234
00:05:26,730 --> 00:05:26,740
nice and strong nice read and you know
235
00:05:26,740 --> 00:05:30,330
nice and strong nice read and you know
generally a good connection so let's put
236
00:05:30,330 --> 00:05:30,340
generally a good connection so let's put
237
00:05:30,340 --> 00:05:33,240
generally a good connection so let's put
the Wi-Fi going on then and see what
238
00:05:33,240 --> 00:05:33,250
the Wi-Fi going on then and see what
239
00:05:33,250 --> 00:05:36,540
the Wi-Fi going on then and see what
kind of signal we get from that so here
240
00:05:36,540 --> 00:05:36,550
kind of signal we get from that so here
241
00:05:36,550 --> 00:05:39,090
kind of signal we get from that so here
we are then we've now got the Wi-Fi gone
242
00:05:39,090 --> 00:05:39,100
we are then we've now got the Wi-Fi gone
243
00:05:39,100 --> 00:05:41,190
we are then we've now got the Wi-Fi gone
in place so let's give it a second scan
244
00:05:41,190 --> 00:05:41,200
in place so let's give it a second scan
245
00:05:41,200 --> 00:05:43,350
in place so let's give it a second scan
I remember while looking for the access
246
00:05:43,350 --> 00:05:43,360
I remember while looking for the access
247
00:05:43,360 --> 00:05:58,330
I remember while looking for the access
point office repeater so scanning away
248
00:05:58,330 --> 00:05:58,340
249
00:05:58,340 --> 00:06:01,990
so so far I can't see the access point
250
00:06:01,990 --> 00:06:02,000
so so far I can't see the access point
251
00:06:02,000 --> 00:06:05,380
so so far I can't see the access point
that we are looking for one thing that
252
00:06:05,380 --> 00:06:05,390
that we are looking for one thing that
253
00:06:05,390 --> 00:06:07,720
that we are looking for one thing that
you probably noticed from the screen
254
00:06:07,720 --> 00:06:07,730
you probably noticed from the screen
255
00:06:07,730 --> 00:06:10,660
you probably noticed from the screen
already is we're getting far more access
256
00:06:10,660 --> 00:06:10,670
already is we're getting far more access
257
00:06:10,670 --> 00:06:13,870
already is we're getting far more access
points in the black Amber's and the
258
00:06:13,870 --> 00:06:13,880
points in the black Amber's and the
259
00:06:13,880 --> 00:06:15,910
points in the black Amber's and the
greens there compared to the cantina
260
00:06:15,910 --> 00:06:15,920
greens there compared to the cantina
261
00:06:15,920 --> 00:06:17,530
greens there compared to the cantina
because the cantenna
262
00:06:17,530 --> 00:06:17,540
because the cantenna
263
00:06:17,540 --> 00:06:19,660
because the cantenna
one of its downsides it has a lot of
264
00:06:19,660 --> 00:06:19,670
one of its downsides it has a lot of
265
00:06:19,670 --> 00:06:22,780
one of its downsides it has a lot of
range but it has a very very narrow beam
266
00:06:22,780 --> 00:06:22,790
range but it has a very very narrow beam
267
00:06:22,790 --> 00:06:24,940
range but it has a very very narrow beam
width whereas a Yardley antenna doesn't
268
00:06:24,940 --> 00:06:24,950
width whereas a Yardley antenna doesn't
269
00:06:24,950 --> 00:06:28,120
width whereas a Yardley antenna doesn't
have quite as much range but it's much
270
00:06:28,120 --> 00:06:28,130
have quite as much range but it's much
271
00:06:28,130 --> 00:06:30,280
have quite as much range but it's much
wider so it can pick up more access
272
00:06:30,280 --> 00:06:30,290
wider so it can pick up more access
273
00:06:30,290 --> 00:06:32,430
wider so it can pick up more access
points but it just can't go the distance
274
00:06:32,430 --> 00:06:32,440
points but it just can't go the distance
275
00:06:32,440 --> 00:06:35,320
points but it just can't go the distance
and so far up there you go there's
276
00:06:35,320 --> 00:06:35,330
and so far up there you go there's
277
00:06:35,330 --> 00:06:38,050
and so far up there you go there's
office repeater it connected slightly
278
00:06:38,050 --> 00:06:38,060
office repeater it connected slightly
279
00:06:38,060 --> 00:06:42,970
office repeater it connected slightly
and it got 54% but now it's connecting
280
00:06:42,970 --> 00:06:42,980
and it got 54% but now it's connecting
281
00:06:42,980 --> 00:06:44,890
and it got 54% but now it's connecting
there is showing it connected again so
282
00:06:44,890 --> 00:06:44,900
there is showing it connected again so
283
00:06:44,900 --> 00:06:47,680
there is showing it connected again so
let's put that on the graph and you can
284
00:06:47,680 --> 00:06:47,690
let's put that on the graph and you can
285
00:06:47,690 --> 00:06:49,570
let's put that on the graph and you can
clearly see with the graph there it's
286
00:06:49,570 --> 00:06:49,580
clearly see with the graph there it's
287
00:06:49,580 --> 00:06:52,840
clearly see with the graph there it's
much lower than the counter know that
288
00:06:52,840 --> 00:06:52,850
much lower than the counter know that
289
00:06:52,850 --> 00:06:55,810
much lower than the counter know that
cantenna was up in the 80s this is down
290
00:06:55,810 --> 00:06:55,820
cantenna was up in the 80s this is down
291
00:06:55,820 --> 00:06:59,680
cantenna was up in the 80s this is down
below the 50% mark so not very good to
292
00:06:59,680 --> 00:06:59,690
below the 50% mark so not very good to
293
00:06:59,690 --> 00:07:01,480
below the 50% mark so not very good to
where it certainly browse the internet
294
00:07:01,480 --> 00:07:01,490
where it certainly browse the internet
295
00:07:01,490 --> 00:07:04,780
where it certainly browse the internet
with make it matte get away with sending
296
00:07:04,780 --> 00:07:04,790
with make it matte get away with sending
297
00:07:04,790 --> 00:07:06,610
with make it matte get away with sending
and receiving email but the way it's
298
00:07:06,610 --> 00:07:06,620
and receiving email but the way it's
299
00:07:06,620 --> 00:07:08,890
and receiving email but the way it's
dropping out there is it's not gonna
300
00:07:08,890 --> 00:07:08,900
dropping out there is it's not gonna
301
00:07:08,900 --> 00:07:11,830
dropping out there is it's not gonna
make you very happy so not a very good
302
00:07:11,830 --> 00:07:11,840
make you very happy so not a very good
303
00:07:11,840 --> 00:07:14,470
make you very happy so not a very good
signal there at all it's dropping out
304
00:07:14,470 --> 00:07:14,480
signal there at all it's dropping out
305
00:07:14,480 --> 00:07:16,180
signal there at all it's dropping out
quite a few times and then picking it
306
00:07:16,180 --> 00:07:16,190
quite a few times and then picking it
307
00:07:16,190 --> 00:07:18,180
quite a few times and then picking it
back up but it's really really low
308
00:07:18,180 --> 00:07:18,190
back up but it's really really low
309
00:07:18,190 --> 00:07:22,120
back up but it's really really low
certainly below the 50% mark now I did
310
00:07:22,120 --> 00:07:22,130
certainly below the 50% mark now I did
311
00:07:22,130 --> 00:07:24,960
certainly below the 50% mark now I did
spot a problem with this antenna in the
312
00:07:24,960 --> 00:07:24,970
spot a problem with this antenna in the
313
00:07:24,970 --> 00:07:28,090
spot a problem with this antenna in the
actual video so let me set the camera up
314
00:07:28,090 --> 00:07:28,100
actual video so let me set the camera up
315
00:07:28,100 --> 00:07:30,040
actual video so let me set the camera up
back on the bench and I'll show you what
316
00:07:30,040 --> 00:07:30,050
back on the bench and I'll show you what
317
00:07:30,050 --> 00:07:31,780
back on the bench and I'll show you what
I think the problem is with this
318
00:07:31,780 --> 00:07:31,790
I think the problem is with this
319
00:07:31,790 --> 00:07:34,510
I think the problem is with this
particular design so now I'm going to
320
00:07:34,510 --> 00:07:34,520
particular design so now I'm going to
321
00:07:34,520 --> 00:07:37,600
particular design so now I'm going to
show you the problem with this design as
322
00:07:37,600 --> 00:07:37,610
show you the problem with this design as
323
00:07:37,610 --> 00:07:39,460
show you the problem with this design as
it is and it's a problem with the
324
00:07:39,460 --> 00:07:39,470
it is and it's a problem with the
325
00:07:39,470 --> 00:07:42,100
it is and it's a problem with the
construction of this you quickly saw the
326
00:07:42,100 --> 00:07:42,110
construction of this you quickly saw the
327
00:07:42,110 --> 00:07:44,380
construction of this you quickly saw the
plans pop up on the screen in the video
328
00:07:44,380 --> 00:07:44,390
plans pop up on the screen in the video
329
00:07:44,390 --> 00:07:47,590
plans pop up on the screen in the video
but plans you know quite often aren't
330
00:07:47,590 --> 00:07:47,600
but plans you know quite often aren't
331
00:07:47,600 --> 00:07:49,780
but plans you know quite often aren't
enough you need to know how it's all
332
00:07:49,780 --> 00:07:49,790
enough you need to know how it's all
333
00:07:49,790 --> 00:07:52,390
enough you need to know how it's all
constricted and put together and the
334
00:07:52,390 --> 00:07:52,400
constricted and put together and the
335
00:07:52,400 --> 00:07:54,550
constricted and put together and the
biggest flow of this is with the driven
336
00:07:54,550 --> 00:07:54,560
biggest flow of this is with the driven
337
00:07:54,560 --> 00:07:56,740
biggest flow of this is with the driven
element the driven element needs to be
338
00:07:56,740 --> 00:07:56,750
element the driven element needs to be
339
00:07:56,750 --> 00:07:59,620
element the driven element needs to be
isolated from the rest of the antenna it
340
00:07:59,620 --> 00:07:59,630
isolated from the rest of the antenna it
341
00:07:59,630 --> 00:08:01,540
isolated from the rest of the antenna it
needs to be isolated from the boom and
342
00:08:01,540 --> 00:08:01,550
needs to be isolated from the boom and
343
00:08:01,550 --> 00:08:03,310
needs to be isolated from the boom and
needs to be isolated from all these
344
00:08:03,310 --> 00:08:03,320
needs to be isolated from all these
345
00:08:03,320 --> 00:08:05,770
needs to be isolated from all these
parasitic elements here and it needs to
346
00:08:05,770 --> 00:08:05,780
parasitic elements here and it needs to
347
00:08:05,780 --> 00:08:08,650
parasitic elements here and it needs to
be isolated from that reflector so the
348
00:08:08,650 --> 00:08:08,660
be isolated from that reflector so the
349
00:08:08,660 --> 00:08:10,999
be isolated from that reflector so the
driven element is effectively sure
350
00:08:10,999 --> 00:08:11,009
driven element is effectively sure
351
00:08:11,009 --> 00:08:13,399
driven element is effectively sure
it out to the rest of the antenna and
352
00:08:13,399 --> 00:08:13,409
it out to the rest of the antenna and
353
00:08:13,409 --> 00:08:15,950
it out to the rest of the antenna and
that is not a good thing you effectively
354
00:08:15,950 --> 00:08:15,960
that is not a good thing you effectively
355
00:08:15,960 --> 00:08:19,459
that is not a good thing you effectively
you don't have an antenna here now if
356
00:08:19,459 --> 00:08:19,469
you don't have an antenna here now if
357
00:08:19,469 --> 00:08:21,320
you don't have an antenna here now if
you're using a Wi-Fi card with this for
358
00:08:21,320 --> 00:08:21,330
you're using a Wi-Fi card with this for
359
00:08:21,330 --> 00:08:23,389
you're using a Wi-Fi card with this for
an extended period of time you could end
360
00:08:23,389 --> 00:08:23,399
an extended period of time you could end
361
00:08:23,399 --> 00:08:26,809
an extended period of time you could end
up damaging your Wi-Fi card if you were
362
00:08:26,809 --> 00:08:26,819
up damaging your Wi-Fi card if you were
363
00:08:26,819 --> 00:08:29,629
up damaging your Wi-Fi card if you were
to in fact hooked a amplifier up to this
364
00:08:29,629 --> 00:08:29,639
to in fact hooked a amplifier up to this
365
00:08:29,639 --> 00:08:31,850
to in fact hooked a amplifier up to this
as well as your Wi-Fi card you would
366
00:08:31,850 --> 00:08:31,860
as well as your Wi-Fi card you would
367
00:08:31,860 --> 00:08:34,939
as well as your Wi-Fi card you would
certainly blow that amplifier it
368
00:08:34,939 --> 00:08:34,949
certainly blow that amplifier it
369
00:08:34,949 --> 00:08:38,240
certainly blow that amplifier it
wouldn't last very long at all so what
370
00:08:38,240 --> 00:08:38,250
wouldn't last very long at all so what
371
00:08:38,250 --> 00:08:41,779
wouldn't last very long at all so what
can we do to fix this so what we can do
372
00:08:41,779 --> 00:08:41,789
can we do to fix this so what we can do
373
00:08:41,789 --> 00:08:44,540
can we do to fix this so what we can do
is use some heat shrink tubing put it on
374
00:08:44,540 --> 00:08:44,550
is use some heat shrink tubing put it on
375
00:08:44,550 --> 00:08:47,000
is use some heat shrink tubing put it on
the boom and the two nuts that are
376
00:08:47,000 --> 00:08:47,010
the boom and the two nuts that are
377
00:08:47,010 --> 00:08:49,100
the boom and the two nuts that are
holding the main driven elements in
378
00:08:49,100 --> 00:08:49,110
holding the main driven elements in
379
00:08:49,110 --> 00:08:51,650
holding the main driven elements in
place and isolate it from the rest of
380
00:08:51,650 --> 00:08:51,660
place and isolate it from the rest of
381
00:08:51,660 --> 00:08:55,370
place and isolate it from the rest of
the boom of the yagi now as far as yarby
382
00:08:55,370 --> 00:08:55,380
the boom of the yagi now as far as yarby
383
00:08:55,380 --> 00:08:57,800
the boom of the yagi now as far as yarby
design is concerned there's a lot of hot
384
00:08:57,800 --> 00:08:57,810
design is concerned there's a lot of hot
385
00:08:57,810 --> 00:09:00,590
design is concerned there's a lot of hot
debate especially with the ham radio
386
00:09:00,590 --> 00:09:00,600
debate especially with the ham radio
387
00:09:00,600 --> 00:09:04,129
debate especially with the ham radio
guys whether it's best to use a isolated
388
00:09:04,129 --> 00:09:04,139
guys whether it's best to use a isolated
389
00:09:04,139 --> 00:09:07,189
guys whether it's best to use a isolated
boom or a metal boom and have all your
390
00:09:07,189 --> 00:09:07,199
boom or a metal boom and have all your
391
00:09:07,199 --> 00:09:09,590
boom or a metal boom and have all your
parasitic elements in your reflector
392
00:09:09,590 --> 00:09:09,600
parasitic elements in your reflector
393
00:09:09,600 --> 00:09:12,829
parasitic elements in your reflector
connected together as one unit or use a
394
00:09:12,829 --> 00:09:12,839
connected together as one unit or use a
395
00:09:12,839 --> 00:09:15,319
connected together as one unit or use a
completely isolated boom so they're all
396
00:09:15,319 --> 00:09:15,329
completely isolated boom so they're all
397
00:09:15,329 --> 00:09:16,970
completely isolated boom so they're all
independent through each other and
398
00:09:16,970 --> 00:09:16,980
independent through each other and
399
00:09:16,980 --> 00:09:19,759
independent through each other and
that's a argument that's gone on for
400
00:09:19,759 --> 00:09:19,769
that's a argument that's gone on for
401
00:09:19,769 --> 00:09:22,699
that's a argument that's gone on for
decades I personally don't think there's
402
00:09:22,699 --> 00:09:22,709
decades I personally don't think there's
403
00:09:22,709 --> 00:09:25,309
decades I personally don't think there's
any difference can make it a little bit
404
00:09:25,309 --> 00:09:25,319
any difference can make it a little bit
405
00:09:25,319 --> 00:09:29,269
any difference can make it a little bit
easier to use a boom that set isolated
406
00:09:29,269 --> 00:09:29,279
easier to use a boom that set isolated
407
00:09:29,279 --> 00:09:30,800
easier to use a boom that set isolated
from the rest because then you don't
408
00:09:30,800 --> 00:09:30,810
from the rest because then you don't
409
00:09:30,810 --> 00:09:32,689
from the rest because then you don't
have to worry about house it isolating
410
00:09:32,689 --> 00:09:32,699
have to worry about house it isolating
411
00:09:32,699 --> 00:09:35,629
have to worry about house it isolating
the manger of an element but for me I've
412
00:09:35,629 --> 00:09:35,639
the manger of an element but for me I've
413
00:09:35,639 --> 00:09:38,540
the manger of an element but for me I've
built both and I don't see much a
414
00:09:38,540 --> 00:09:38,550
built both and I don't see much a
415
00:09:38,550 --> 00:09:40,730
built both and I don't see much a
performance difference between either of
416
00:09:40,730 --> 00:09:40,740
performance difference between either of
417
00:09:40,740 --> 00:09:43,340
performance difference between either of
them as long as you isolate the main
418
00:09:43,340 --> 00:09:43,350
them as long as you isolate the main
419
00:09:43,350 --> 00:09:45,379
them as long as you isolate the main
driven element you will have a working
420
00:09:45,379 --> 00:09:45,389
driven element you will have a working
421
00:09:45,389 --> 00:09:47,689
driven element you will have a working
yardie so now that we've modified the
422
00:09:47,689 --> 00:09:47,699
yardie so now that we've modified the
423
00:09:47,699 --> 00:09:49,670
yardie so now that we've modified the
antenna then let's give it another scan
424
00:09:49,670 --> 00:09:49,680
antenna then let's give it another scan
425
00:09:49,680 --> 00:09:51,590
antenna then let's give it another scan
and hopefully fingers crossed we've
426
00:09:51,590 --> 00:09:51,600
and hopefully fingers crossed we've
427
00:09:51,600 --> 00:09:55,939
and hopefully fingers crossed we've
improved it so we'll just let everything
428
00:09:55,939 --> 00:09:55,949
improved it so we'll just let everything
429
00:09:55,949 --> 00:09:59,210
improved it so we'll just let everything
load up and here it is already I can see
430
00:09:59,210 --> 00:09:59,220
load up and here it is already I can see
431
00:09:59,220 --> 00:10:01,699
load up and here it is already I can see
it's at 86% so it's a definite
432
00:10:01,699 --> 00:10:01,709
it's at 86% so it's a definite
433
00:10:01,709 --> 00:10:06,379
it's at 86% so it's a definite
improvement so we've certainly pushed it
434
00:10:06,379 --> 00:10:06,389
improvement so we've certainly pushed it
435
00:10:06,389 --> 00:10:08,960
improvement so we've certainly pushed it
up into the 80% mark there so we'll
436
00:10:08,960 --> 00:10:08,970
up into the 80% mark there so we'll
437
00:10:08,970 --> 00:10:10,879
up into the 80% mark there so we'll
definitely get a good internet
438
00:10:10,879 --> 00:10:10,889
definitely get a good internet
439
00:10:10,889 --> 00:10:12,500
definitely get a good internet
connection if we were to connect to that
440
00:10:12,500 --> 00:10:12,510
connection if we were to connect to that
441
00:10:12,510 --> 00:10:15,650
connection if we were to connect to that
particular access point but as you can
442
00:10:15,650 --> 00:10:15,660
particular access point but as you can
443
00:10:15,660 --> 00:10:18,910
particular access point but as you can
see it's you know this access point is
444
00:10:18,910 --> 00:10:18,920
see it's you know this access point is
445
00:10:18,920 --> 00:10:22,370
see it's you know this access point is
nowhere near at five kilometers and even
446
00:10:22,370 --> 00:10:22,380
nowhere near at five kilometers and even
447
00:10:22,380 --> 00:10:24,440
nowhere near at five kilometers and even
if you had a line of sight
448
00:10:24,440 --> 00:10:24,450
if you had a line of sight
449
00:10:24,450 --> 00:10:27,860
if you had a line of sight
five kilometers and low humidity ie
450
00:10:27,860 --> 00:10:27,870
five kilometers and low humidity ie
451
00:10:27,870 --> 00:10:29,450
five kilometers and low humidity ie
it's not raining or anything like that
452
00:10:29,450 --> 00:10:29,460
it's not raining or anything like that
453
00:10:29,460 --> 00:10:32,150
it's not raining or anything like that
you certainly would not be able to
454
00:10:32,150 --> 00:10:32,160
you certainly would not be able to
455
00:10:32,160 --> 00:10:34,820
you certainly would not be able to
connect to an access point using this
456
00:10:34,820 --> 00:10:34,830
connect to an access point using this
457
00:10:34,830 --> 00:10:39,500
connect to an access point using this
particular antenna and now that it's no
458
00:10:39,500 --> 00:10:39,510
particular antenna and now that it's no
459
00:10:39,510 --> 00:10:41,180
particular antenna and now that it's no
longer shorted out between the driven
460
00:10:41,180 --> 00:10:41,190
longer shorted out between the driven
461
00:10:41,190 --> 00:10:43,280
longer shorted out between the driven
element and the rest of the yagi antenna
462
00:10:43,280 --> 00:10:43,290
element and the rest of the yagi antenna
463
00:10:43,290 --> 00:10:45,920
element and the rest of the yagi antenna
the connection itself is a lot more
464
00:10:45,920 --> 00:10:45,930
the connection itself is a lot more
465
00:10:45,930 --> 00:10:48,170
the connection itself is a lot more
stable it's not dropping out and it's
466
00:10:48,170 --> 00:10:48,180
stable it's not dropping out and it's
467
00:10:48,180 --> 00:10:50,270
stable it's not dropping out and it's
holding itself at just above eighty
468
00:10:50,270 --> 00:10:50,280
holding itself at just above eighty
469
00:10:50,280 --> 00:10:53,780
holding itself at just above eighty
percent a really nice strong signal so
470
00:10:53,780 --> 00:10:53,790
percent a really nice strong signal so
471
00:10:53,790 --> 00:10:55,850
percent a really nice strong signal so
we'll definitely make a video in the
472
00:10:55,850 --> 00:10:55,860
we'll definitely make a video in the
473
00:10:55,860 --> 00:10:59,120
we'll definitely make a video in the
future and we will take this particular
474
00:10:59,120 --> 00:10:59,130
future and we will take this particular
475
00:10:59,130 --> 00:11:01,760
future and we will take this particular
design of yagi antenna and use it in
476
00:11:01,760 --> 00:11:01,770
design of yagi antenna and use it in
477
00:11:01,770 --> 00:11:04,700
design of yagi antenna and use it in
conjunction with a waveguide cam Center
478
00:11:04,700 --> 00:11:04,710
conjunction with a waveguide cam Center
479
00:11:04,710 --> 00:11:07,250
conjunction with a waveguide cam Center
and hopefully then we can get something
480
00:11:07,250 --> 00:11:07,260
and hopefully then we can get something
481
00:11:07,260 --> 00:11:10,070
and hopefully then we can get something
a little bit more powerful but certainly
482
00:11:10,070 --> 00:11:10,080
a little bit more powerful but certainly
483
00:11:10,080 --> 00:11:13,400
a little bit more powerful but certainly
when it's talking in the range of five
484
00:11:13,400 --> 00:11:13,410
when it's talking in the range of five
485
00:11:13,410 --> 00:11:15,980
when it's talking in the range of five
kilometers you really are pushing it I
486
00:11:15,980 --> 00:11:15,990
kilometers you really are pushing it I
487
00:11:15,990 --> 00:11:18,050
kilometers you really are pushing it I
mean that's in the kind of range way you
488
00:11:18,050 --> 00:11:18,060
mean that's in the kind of range way you
489
00:11:18,060 --> 00:11:20,560
mean that's in the kind of range way you
would need to use a parabolic reflector
490
00:11:20,560 --> 00:11:20,570
would need to use a parabolic reflector
491
00:11:20,570 --> 00:11:23,450
would need to use a parabolic reflector
so as you saw in the video then with the
492
00:11:23,450 --> 00:11:23,460
so as you saw in the video then with the
493
00:11:23,460 --> 00:11:25,820
so as you saw in the video then with the
little modification you do get a much
494
00:11:25,820 --> 00:11:25,830
little modification you do get a much
495
00:11:25,830 --> 00:11:29,660
little modification you do get a much
better performing antenna and I will do
496
00:11:29,660 --> 00:11:29,670
better performing antenna and I will do
497
00:11:29,670 --> 00:11:31,610
better performing antenna and I will do
a video where we take this kind of
498
00:11:31,610 --> 00:11:31,620
a video where we take this kind of
499
00:11:31,620 --> 00:11:34,340
a video where we take this kind of
design and use it in conjunction with a
500
00:11:34,340 --> 00:11:34,350
design and use it in conjunction with a
501
00:11:34,350 --> 00:11:35,090
design and use it in conjunction with a
cantenna
502
00:11:35,090 --> 00:11:35,100
cantenna
503
00:11:35,100 --> 00:11:36,940
cantenna
make them both together to get a
504
00:11:36,940 --> 00:11:36,950
make them both together to get a
505
00:11:36,950 --> 00:11:40,550
make them both together to get a
particularly directional and much longer
506
00:11:40,550 --> 00:11:40,560
particularly directional and much longer
507
00:11:40,560 --> 00:11:43,520
particularly directional and much longer
range antenna but you are pushing you
508
00:11:43,520 --> 00:11:43,530
range antenna but you are pushing you
509
00:11:43,530 --> 00:11:45,710
range antenna but you are pushing you
look to try and get five kilometers even
510
00:11:45,710 --> 00:11:45,720
look to try and get five kilometers even
511
00:11:45,720 --> 00:11:47,720
look to try and get five kilometers even
line-of-sight and even in best
512
00:11:47,720 --> 00:11:47,730
line-of-sight and even in best
513
00:11:47,730 --> 00:11:49,970
line-of-sight and even in best
conditions now I didn't go of the
514
00:11:49,970 --> 00:11:49,980
conditions now I didn't go of the
515
00:11:49,980 --> 00:11:51,260
conditions now I didn't go of the
measurements too much in this video
516
00:11:51,260 --> 00:11:51,270
measurements too much in this video
517
00:11:51,270 --> 00:11:54,860
measurements too much in this video
because I will do that when I do a video
518
00:11:54,860 --> 00:11:54,870
because I will do that when I do a video
519
00:11:54,870 --> 00:11:59,180
because I will do that when I do a video
on this but just as a side note the main
520
00:11:59,180 --> 00:11:59,190
on this but just as a side note the main
521
00:11:59,190 --> 00:12:01,640
on this but just as a side note the main
driven element here going off those
522
00:12:01,640 --> 00:12:01,650
driven element here going off those
523
00:12:01,650 --> 00:12:04,250
driven element here going off those
measurements in the video is 68
524
00:12:04,250 --> 00:12:04,260
measurements in the video is 68
525
00:12:04,260 --> 00:12:06,950
measurements in the video is 68
millimeters now that just seems a little
526
00:12:06,950 --> 00:12:06,960
millimeters now that just seems a little
527
00:12:06,960 --> 00:12:09,620
millimeters now that just seems a little
bit too big to me I mean for this kind
528
00:12:09,620 --> 00:12:09,630
bit too big to me I mean for this kind
529
00:12:09,630 --> 00:12:11,690
bit too big to me I mean for this kind
of element you're probably looking at
530
00:12:11,690 --> 00:12:11,700
of element you're probably looking at
531
00:12:11,700 --> 00:12:14,930
of element you're probably looking at
about 60 to 63 millimeters I'll have to
532
00:12:14,930 --> 00:12:14,940
about 60 to 63 millimeters I'll have to
533
00:12:14,940 --> 00:12:17,020
about 60 to 63 millimeters I'll have to
do a little bit of experimentation and
534
00:12:17,020 --> 00:12:17,030
do a little bit of experimentation and
535
00:12:17,030 --> 00:12:19,790
do a little bit of experimentation and
some of my notes and read a couple of my
536
00:12:19,790 --> 00:12:19,800
some of my notes and read a couple of my
537
00:12:19,800 --> 00:12:22,520
some of my notes and read a couple of my
books on this but certainly 68
538
00:12:22,520 --> 00:12:22,530
books on this but certainly 68
539
00:12:22,530 --> 00:12:24,860
books on this but certainly 68
millimeters does seem a little bit big
540
00:12:24,860 --> 00:12:24,870
millimeters does seem a little bit big
541
00:12:24,870 --> 00:12:26,750
millimeters does seem a little bit big
well antenna like this anyway is going
542
00:12:26,750 --> 00:12:26,760
well antenna like this anyway is going
543
00:12:26,760 --> 00:12:29,690
well antenna like this anyway is going
to be extremely broadband so it working
544
00:12:29,690 --> 00:12:29,700
to be extremely broadband so it working
545
00:12:29,700 --> 00:12:32,960
to be extremely broadband so it working
you know quite a lot wider spectrum and
546
00:12:32,960 --> 00:12:32,970
you know quite a lot wider spectrum and
547
00:12:32,970 --> 00:12:36,140
you know quite a lot wider spectrum and
the frequency for you know 2.4 gigahertz
548
00:12:36,140 --> 00:12:36,150
the frequency for you know 2.4 gigahertz
549
00:12:36,150 --> 00:12:38,240
the frequency for you know 2.4 gigahertz
Wi-Fi but that
550
00:12:38,240 --> 00:12:38,250
Wi-Fi but that
551
00:12:38,250 --> 00:12:39,980
Wi-Fi but that
definitely seem a little bit big to me
552
00:12:39,980 --> 00:12:39,990
definitely seem a little bit big to me
553
00:12:39,990 --> 00:12:42,110
definitely seem a little bit big to me
so if you did find this video useful
554
00:12:42,110 --> 00:12:42,120
so if you did find this video useful
555
00:12:42,120 --> 00:12:44,660
so if you did find this video useful
then please give it a thumbs up any
556
00:12:44,660 --> 00:12:44,670
then please give it a thumbs up any
557
00:12:44,670 --> 00:12:46,910
then please give it a thumbs up any
comments or questions drop them below
558
00:12:46,910 --> 00:12:46,920
comments or questions drop them below
559
00:12:46,920 --> 00:12:49,610
comments or questions drop them below
and if your going to make this antenna
560
00:12:49,610 --> 00:12:49,620
and if your going to make this antenna
561
00:12:49,620 --> 00:12:52,520
and if your going to make this antenna
please make sure you isolate the driven
562
00:12:52,520 --> 00:12:52,530
please make sure you isolate the driven
563
00:12:52,530 --> 00:12:54,230
please make sure you isolate the driven
element or you could end up breaking
564
00:12:54,230 --> 00:12:54,240
element or you could end up breaking
565
00:12:54,240 --> 00:12:57,020
element or you could end up breaking
your equipment and as for the original
566
00:12:57,020 --> 00:12:57,030
your equipment and as for the original
567
00:12:57,030 --> 00:13:00,530
your equipment and as for the original
video I did give the video a thumbs up I
568
00:13:00,530 --> 00:13:00,540
video I did give the video a thumbs up I
569
00:13:00,540 --> 00:13:02,180
video I did give the video a thumbs up I
haven't made a comment on the video but
570
00:13:02,180 --> 00:13:02,190
haven't made a comment on the video but
571
00:13:02,190 --> 00:13:04,310
haven't made a comment on the video but
as I said in the beginning I do watch
572
00:13:04,310 --> 00:13:04,320
as I said in the beginning I do watch
573
00:13:04,320 --> 00:13:05,750
as I said in the beginning I do watch
quite a few of their videos they are
574
00:13:05,750 --> 00:13:05,760
quite a few of their videos they are
575
00:13:05,760 --> 00:13:08,390
quite a few of their videos they are
entertaining and you know you need to
576
00:13:08,390 --> 00:13:08,400
entertaining and you know you need to
577
00:13:08,400 --> 00:13:10,850
entertaining and you know you need to
take things like this with a pinch of
578
00:13:10,850 --> 00:13:10,860
take things like this with a pinch of
579
00:13:10,860 --> 00:13:13,130
take things like this with a pinch of
salt
54088
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