Man this content is really useful for me. Im making drones and planes with this "orange" motors. But I have a question about this one. I could not see the amper most of video, so I need A value for 8045, 9045 and 1045. As a result of that I will pick props for my quad. Also It would be better If we can see lower KV's on your channel.
it's true what you said. The lack of this video is due to the limited sensitivity of the camera I have. this is disturbed due to the rotation of the propeller
You can find it easily knowing the power and voltage and using the formula P=V*I ==> I=P/V (A) so for example since he is using 2s well take 7.4V and the power from the video Example for the 5inch propeller I(A)=P(W)/V(V) ==> I=20.7/7.4 So the I(A) was about 2.79A Take into account that voltage may drop depending on the battery about 0.4 to 0.8 V so better divide by 7V or 6.9V to be more precise
![Brushless motor ESC control by Arduino [Arduino lessons]](http://i.ytimg.com/vi/8xGrPpXyc5w/mqdefault.jpg)
Man this content is really useful for me. Im making drones and planes with this "orange" motors. But I have a question about this one. I could not see the amper most of video, so I need A value for 8045, 9045 and 1045. As a result of that I will pick props for my quad.
Also It would be better If we can see lower KV's on your channel.
it's true what you said. The lack of this video is due to the limited sensitivity of the camera I have. this is disturbed due to the rotation of the propeller
You can find it easily knowing the power and voltage and using the formula P=V*I ==> I=P/V (A) so for example since he is using 2s well take 7.4V and the power from the video
Example for the 5inch propeller I(A)=P(W)/V(V) ==> I=20.7/7.4
So the I(A) was about 2.79A
Take into account that voltage may drop depending on the battery about 0.4 to 0.8 V so better divide by 7V or 6.9V to be more precise
What a shame that the power in some Propellers is not visible