Hello, I'm having a problem with my DIY drone for a very long time. The problem is that the drone's motors work properly and evenly in the motor test, but whenever I try to operate it with the remote controller, the drone tilts and flips before it takes off. I'm pretty sure the motors and propeller directions are correct. I also made all the esc and pdb connections properly. I also performed the calibrations. I've repurchased all the parts, collected and mounted them again and still have the same problem. I have attached the video of the problem. I think the problem may be from the controller configuration or the parameters of the mission planner application I am using. Can someone help me with this issue?
Parts that i use in;
-Pixhawk 2.4.8 Flight Controller
-Matek PDB
-FlySky F6iX RC ve 10 channel receiver
-Emax Mt2212 II bldc motor
-Simon Series 30A Esc
-Power Xtra 2200mAh 20C Li-po
tu Battery
-Ublox M8N GPS
Video footage of issue:
It sounds like you're encountering a persistent issue with your DIY drone. Despite the motors and propellers working correctly during tests, the drone tilts and flips when you try to fly it using the remote controller. Here are some steps to help you troubleshoot and resolve the problem:
Begin by verifying the direction of each motor and propeller. Ensure they are spinning correctly as configured in your flight controller's settings. Incorrect motor direction can lead to instability during flight.
Check that all Simon Series 30A ESCs are properly calibrated. Calibration ensures accurate throttle signal interpretation from the flight controller. Follow the specific calibration procedure recommended for your ESCs.
Confirm that your Pixhawk 2.4.8 flight controller is mounted correctly according to its orientation guidelines. Proper orientation is crucial for accurate flight control and stabilization.
Review the configuration settings in your FlySky FSiX transmitter. Ensure that the channels are correctly mapped to correspond with the flight modes and control inputs expected by your Pixhawk flight controller.
Use Mission Planner to review and adjust flight parameters such as PID tuning, flight modes (e.g., stabilize, altitude hold), and fail-safe settings. Proper tuning of these parameters can improve flight stability and responsiveness.
Perform a thorough physical inspection of your drone. Check all connections between components (ESC, motors, flight controller, receiver) to ensure they are secure and free from any loose connections or damaged wires.
By methodically checking these aspects and making necessary adjustments, you should be able to diagnose and resolve the issue causing your drone to tilt and flip unexpectedly. If the problem persists, further detailed troubleshooting of specific components or settings may be necessary.