In today's video, we will learn how to connect the camera FPV, to fly
Drone our first hand. We will learn to connect.
To download the application to operate the receiver and all the features of
our camera. These cameras help us to
our Drone not perish, we can fly long distances and will
feel the immersion in virtual reality.
Although not virtual reality, it is reality because we're flying a drone, only that we are
monitoring from our oculi with a screen. How do you use them in
Racing Drones?
We change the option oculi, here already and we can connect our oculi
see him. It really works very well. Let's see the optimal characteristics for
our micro Drone and how to install?
Come up with the video. For this we need a micro FPV,
receiver and antenna and cable for connection to the cell phone as
We will monitor everything from our cell phone and there will be able
Record. The micro works 5.8 gigahertz frequency should be the
same frequency as the receiver's buy. This camera has a
advantage is that it brings including the transmitter, it is important, to bring
including the transmitter if you buy clunky camera and transmitter separately.
This antenna get to see is a circular polarization antenna is the most
appropriate. I do not know if you remember, to control the
Drone, we are in the frequency 2.4 gigas.
Is optimal we use is 5.8 so that no time is to be
cause interference so close. We will transmit power 25 thousand
Watts, will have a range of roughly 200 meters without problem.
Has 40 channels, has less than 4 grams, weighs 3.8 grams. Making it ideal
for our Drone. The opening angle of view is 150 degrees ie
almost reaches 180 degrees as a GoPro, it brings a micro switch where we can
be changing channels, selecting one of the 40 channels.
Similarly, we can take between video mode NTSC or PAL.
To give you an idea of size is much smaller than a coin and
brings the connector, so that it can be welded to our Drone. This is the receiver, a receiver very
small too. I found it very useful, giga hertz 5.8 works should
match and we must review before some channels do not match.
It has 40 channels, it has 150. Check that the channels match
that they can understand. Bring your omnidirectional antenna with SMA connector and
connector cell. Let's first try out the system and
then connect to Drone. Connector on the camera, I made an edit to
poderme connect to the battery provisionally is temporary.
This way I can connect me. We are already connected and now I connect to the
battery. For the rector we connect our antenna.
This connection is important, it has the same type of connector on both sides but
there is one that has an arrow, that arrow is the one to go to this side.
If you connect to the upside if we connect we are here and is another to cell is not going to
function. It is the one with the arrow will go connected to the receiver.
Hence we see that we left. In the cell, we enter Play Store
FPV seek, we will find the application that has worked well for me.
We go down, we go down, it is called PoKeFPV and have installed, open it. do not
It will work in very old cell. If your phone is very old will
and be all the time and it will not work.
What should we do? we must connect. We connect our port.
There is connected, it has been scanned, the first thing we must do to look
if anyone at that point, at that time is not synchronizing
nothing. Let's connect our camera, what I did was put the battery
Normal a shunt to connect the Drone and can connect
the camera. The problem is that I really adds weight
then it will not work very well. I make the connection and already we managed to see.
We do interference with your fingers why is intermittent.
If you have not found anything, if rain is still, press the red button
receiver, oppress and keep a moment
and he starts scanning, it is making a tour of all channels
It has 250 channels until you find the camera. You should be on the
camera. He is doing the scan, you will find some things and you are looking for
What is it that is currently running, then I think I found it.
No need to start looking here and another channel channel. There already see, and what he found.
I can start recording, I can see it in Oculus mode, ie this I will place
as glasses, placed here already he installed glasses and
I can see it in three dimensions functioning as glasses.
We will return it to the screen mode, I want you to see how you react fast, I will
pointing upwards towards one side to the other, completely in real time.
That's why we handle a Drone without any problem, because it reacts very
all right. Those are the FPV cameras, if you put a regular camera as a GoPro
and put it to pass is not going to work.
This is low resolution will not have High Definition for anything, sacrifice
resolution to deliver real-time display. Let's see how
It is fast, move it to the left, there is no delay. That we did
of estarla moving and she will react faster, is called latency.
This latency is very important, is the most important camera that has low
latency. These are very good.
Having a dynamic range of colors, shadows and to detect obstacles when we are
our great high speed driving. The opening is important, 150 degrees.
How can account has a fisheye, that's very good and
important polarization of the antenna is circular, as we have
there. They're watching, let's see how it works well. We see here is in light,
We had to shade and should focus very quickly.
Zuki there's the rest. How are we going to do to install it on the Drone? first I want
warn that the drone works very well here in Bogotá, we're
2600 meters, where the atmospheric pressure is low and
remember that the more up there, it is more difficult for aircraft to fly.
I do not know if you have seen, for example Everest, no helicopters
They can redeem those who are ascending the mountain, because as it is
so thin air as high as we are going to miss oxygen and layers
more air are not as tight. Is not achieved then there is enough
air density so that the propellers are pushability.
At sea level the Drone works much better here in Bogotá as we are
high we will have difficulty when
put extra weight he is alone calibrated to
works fine, but when we put weight will fail our
thrust force. What should we do? for example I'm flying in Villavicencio that is
467 meters high. Below 1,000 meters high operating without
no problem. At sea level to 500 meters high will power
support the camera without problem. That is, if we are to gain weight
the camera, we must reduce weight in the Drone.
We can take one centimeter on each side of the structure, ie the
propellers are slightly closer. Remember the last video when
build these balsa sticks were nine centimeters can leave
7. We will work with that we reduce weight.
I used electrical tape is a slightly heavier tape can
use a tape that weighs less. This edge here, these edges here
we can take away, we can reduce them, we are not going to need and that balso
is very easy to work can pulirle these corners so that we
remains more rounded. That should do in cities
are above 500 meters, to reduce weight that can withstand the
camera. It would be nice to comment me what city are watching me and if they know
What is the height that is above sea level their city. Villavicencio
I did this, was to adapt the battery that connected the Drone by and
connect this camera is increasing but how do we weight
I remove it? As here by the back between
battery, let's place, connect it. The red wire is the
positive and the black, negative. Knowing that we will corroborate. stay
Red is positive seeing right front, this is the blue part, the
red and minus the left side. Make a very quick action.
Exactly there to see him reach 3.8 volts is not important
battery, ie I can connect positive and negative here here
and I will have voltage to operate me with a small point
Welding can accommodate these two cables, we have connection point for
our camera. How do we set the camera to the Drone? I got this tape double
a bit thick face, sticking on both sides.
What we do is stick the camera, here and place it on one side and the
as top hits, and here we have this form. we have our
aerial camera with a double sided tape, which is a little thick and so we
It is perfect. Put it in the back so that it is level, so
henceforth as there are integrated will be unbalanced. I'll put the battery
I made double connector to avoid having to weld, it is better for you
you do welding. Here and connect the Drone and can also connect my
camera. The camera is known to be
connected because the two LEDs light up red. With this clever back cell,
We connect the receiver back to the application and normally
we store the last frequency. We can realize that tells us that
100 percent and here we can see how it works, it works really
perfect. Right turn, reacts with no latency and turn left. With this
we will be able to fly our Drone, which no longer generates interference me because I'm not
clutching hand, what happened to me a while ago. I hope you have been useful this video
and see you in the next. I share it. Bye.
Now, we are ready to go it flying.
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