I agree, this weekend, or earlier if possible. I have my Octo almost ready to fly. I will reload and re-calibrate everything from scratch to see what happens.
So as a postmortem here with trim values for roll, pitch and yaw at 1000 with centered sticks and no trim on the radio you are asking for full authority one way on those axis. It just happened to roll crash because it’s less stable on the ground in that axis with your landing gear. After you do a radio calibration check the trim levels for these channels to confirm they are somewhere around mid range (~1500).
10-4 mid-range, not zero. I will learn more about what those values mean.
I just started over and reloaded the firmware, did accel, level, compass, ESC, and radio calibration. All of the RC trim values are in the 800 to 900 range and are blow the RC min, no idea why but I will gain have to manually set them all at 1500
I did a dry run, i.e. a few minutes with motors running and no props on, the log is dated 1-12 and is posted to the link above.
There is something wrong. No way should the trim values be set at those values with a proper radio calibration. Think about it, the yaw, pitch and roll sticks are centered at the end of the radio calibration (as directed) so they should be ~1500. Not sure what you have going on there.
Apparently the problem is with Mission Planner, and it needs to be updated.I have been advised to download a Beta version.
@spartan27244 have you double checked the motor numbering diagrams? Because even though you select the correct frame, if your motor numbering is different to what the Pixhawk expects, the hexacopter will flip. That happened to me the first time i tested my hexacopter.
Yes sir, it is all correct. Dave and Mike had it correct with the RC_TRIM values being set incorrectly. If you will read here Copter-3.6.4 released! you will see there is a bug in mission planner that did not set the TRIM values properly during radio calibration. I used QGround Control instead which set them all at 1500.
For a radio in MODE 2 AETR, does parameter …
RC1 = channel 1 i.e. roll
RC2 = channel 2 i.e. Pitch
RC3 = channel 2 i.e. Throttle
RC4 = channel 4 i.e. Yaw
I see in the documentation that Pitch is reversed in that low values are forward, high values are backward.
With that in mind, if my copter drifts forward when stick is centered I would adjust the RC2 channel trim to a higher value, correct?
Moving slightly to the left adjust rc1 trim value higher?
No. You do not manually adjust trim for any reason. Not sure how else to emphasize this. When a proper accelerometer calibration is done the craft will stabilize in assisted modes.What flight mode are you referring to when you say “drifts forward”?