Fasten motors
The first thing I did was screw the motors onto the frame.
I took the screws with 4mm on the bag.
So it looked finished.
Install ESC and solder cables from motors
Next, I built the ESC on top so that the white connector faces forward. Then I shortened the cables so that each cable can still reach all three plools. In the event that you have incorrectly soldered a cable, you can still change it.
The cables come to the ESC as they come out of the motor. Then I wanted to solder them on, but the solder pearled off the board. To fix this, I cleaned the contacts of the circuit board with acetone and fastened them with soldering grease and tin, and screwed spacers onto the screws.
Install the flight controller and connect it to the receiver
Then I connected the flight controller to the ESC with a cable and put it on the screws so that the white connector points to the front.
Then I fixed the two boards with a nut. Then I soldered the cables for the receiver to the flight controller.
Next I plugged the receiver into the connector.
Connect the function test and the receiver to the remote control
Then you do a short check by plugging in a Lipo (3s-6s) battery. If everything is correct, the motors should rotate minimally briefly, the LEDs on the flight controller and on the receiver should light up.
To connect the receiver to the remote control, go to the "Bnd" mode of the remote control. When the is activated, press the F / S button on the receiver and turn on the drone. After approx. 10 seconds you release the F / S button and wait until the red LED is off and the green one is on. Then you restart the drone, the receiver should connect itself.
I need for this a Taranis Q X7
Since it is too complex to explain the configuration in writing, it is not available in the instructions here. If you have any questions about the configuration, please send me an email.