I'm having trouble getting it to hold target airspeed (it seems to stay below it), and I can also hear it changing the throttle quite a bit, even though it's above target_altitude according to the mission p
I'm grepping through the arduplane code, and I don't see anywhere that yaw is used to hold the course on takeoff. It looks like it uses ailerons to try to correct its course on the ground.
Since ailerons apply a yawing force opposite of their intended
What would you guys recommend for a high-endurance electric? Airframe, esc, motor, prop, battery?
I currently have an e-flite apprentice, which gets something like 20 minutes on a battery. I'm looking to move to a different airframe and I'm hoping to
I've mostly given up tuning my nav pid... I have no telemetry yet and my ardupilot isn't very easily accessible, so trial and error is very tedious, and I've never seen D explained in a way I could understand it.
I feel like a redesign of the code to be more object-oriented would be a good idea.
I've spent a while looking at it, trying to make changes that would make it follow a track better (mainly estimating wind from the difference between the ground speed/
I just ordered the magnetometer from the DIYdrones store.Is it going to be affected by my plane's motor? My plan was to mount it as far back as I can, ~1.5ft away from the motor and ~8in away from servos.
I just noticed that when I throttle up on the ground in FBW mode, my servo outputs (aileron and elevator) suddenly get smaller (less deflection, like going from high rates to low rates) above about 50% throttle.What is causing this behavior? I would
I'm trying to set up yaw PID to keep the plane coordinated.
I've set rudder mix to 0 to isolate the yaw PID, and I have to set P to some insane value like 500 for it to have any appreciable effect when I tilt the plane on it's side (thus applying late
AR600 channel 6 connected to APM channel 8. AR600 channel 5 connected to APM channel 7. APM channel 7 set to mode select. This way I can engage the hardware failsafe to go to manual mode by holdin
I just started tuning my new ardupilot in an e-flite apprentice. I got the servo pids tuned up well, but I was flying in a lot of wind so the nav pids seemed hard to tune. I didn't get to experiment a lot, because I ran out of batteries 2 or 3 flight
I try to look at logs from my ardupilot mega, and all I ever get is "No logs available for download"This is with whatever version of the firmware that would've been downloaded by the mission planner a week ago.Anyone know why?
I've installed my ardupilot into my plane and flown in stabilization mode. I've looked at the tuning instructions in the wiki, and it says to tune the 'P' values for everything. What do the 'I' and 'D' and "INT_MAX" values do?Also, does the ardupilot
I'm planning on getting an ardupilot mega. My plane is an e-flite apprentice, will it install into it and is the 0.7A BEC sufficient for the ardupilot? If not, what do I need and how do I connect it?