Help with the construction of crazy2fly

Hi, I have some questions to make and I will need some help. First of all I have bought from you the Lynxmotion Hunter Crazy2Fly Drone (T-Motor Combo + Quadrino Nano Controller) and the RadioLink AT9 2.4GHz 9CH Transmitter w/ R9D 9CH Receiver.

So in the FCT I don’t know how to determined correctly the Min command and Min throttle

Also in the flight session in the custom mix what I have to choose normal?

In the GPS session GPS: Quadrino with GPS, the baud Rate: And filtering?? What I choose?

In the Receiver session, receiver protocol, I choose standardPCM RX protocol it is correct?

In the WinGUI how do I know MAC calibration was success? In order to verify the sensor’s orientation if I make a clockwise rotation will make the compass turn clockwise but it turn in the other way. i have try to make the MAG calibration many times but still the same. thank you!!!

[size=2][font=Helvetica Neue, Helvetica, Arial, sans-serif][highlight=#ffffff]So in the FCT I don’t know how to determined correctly the Min command and Min throttle[/highlight][/font]
You will have more information about those in the manual on P.8 HERE.

[font=Helvetica Neue, Helvetica, Arial, sans-serif][highlight=#ffffff]Also in the flight session in the custom mix what I have to choose normal?[/highlight][/font]
This option is only when using a VTail configuration, it will be ignored in a Quadcopter config. (manual P.10)

[font=Helvetica Neue, Helvetica, Arial, sans-serif][highlight=#ffffff]In the GPS session GPS: Quadrino with GPS, the baud Rate: And filtering?? What I choose? [/highlight][/font]
The right GPS option will be “QuadrinoNanoWithGPS” and the rest depend on you. You can leave filtering stock.

[font=Helvetica Neue, Helvetica, Arial, sans-serif][highlight=#ffffff]In the Receiver session, receiver protocol, I choose standardPCM RX protocol it is correct?[/highlight][/font]
StandardPCM yes

[font=Helvetica Neue, Helvetica, Arial, sans-serif][highlight=#ffffff]In the WinGUI how do I know MAC calibration was success? In order to verify the sensor’s orientation if I make a clockwise rotation will make the compass turn clockwise but it turn in the other way. i have try to make the MAG calibration many times but still the same.[/highlight][/font]
Have you performed the ACC calibration first ? Turning the Quadrino Nano Clockwise will have an effect of CCW on the WinGUI as it’s pointing North.[/size]

Hi, so if I want to make the quad copter to be very stable when in flying it which are the parameters I must take care off?

1)I choose flight modes: ‘’MAG’’ and ‘’HORIZON’’

Is anything else I must consider?

Also I have a question about PID.
I know that at a small copter, such as a crazy2fly or any <350mm quad ROLL and PITCH PIDs are about at P 2.0/I 0.023/D 26. What about yaw, level and mag what are the defaults values for those?

Proper PID tuning takes practice and time. You can get a bit of information about modes and PID tuning here:
robotshop.com/blog/en/how-to … ller-15191
The sample code / values we provide for the FLIP flight controller are based on many flights, but are not necessarily optimal.

[font=Helvetica,sans-serif]Hi, yes I know that PID tuning takes practice and time and also it varies from differ parameters on your uav but i just want to know if its normal to have the pid values for mag and level at 0 or I have to change them.[/font]

Did you use the sample code provided for quadcopters in the Flying Einstein software? It is possible that the value can be 0; check the flight characteristics.

hi , yes i have

https://s4.postimg.org/a2lkouipp/flight_char.png

We suggest starting to fly with these default values (Roll, Pitch, Yaw), and then experimenting with them.
You should not need to change Alt, Mag or Level.

Hi, yes I will try it but I think that for the yaw the P value is 6.8 , is to hight because when I try to take off the quadcopter it starts spinning around. Correct me if I am wrong

That should not happen - check your motor direction and propeller directions as well as which pins are connected to which ESCs / motors.