1) Disable and remove the gyro completely, so you can evaluate the aircraft itself with the absolute minimum standing between your finger inputs and the control surfaces.
2) Disable any slowing you might have on flaps
3) Triple-check that your expo is appropriate for the model and your flying preferences.
4) Triple-check the linkages
5) Triple-check that the throws are symmetrical. Consider applying a very gentle static load (a.k.a. 1lb beanbag) onto the ailerons to see if one of them skips or stutters.
Mach9's approach is correct --start methodically ruling out each element in the equation.
That the model fights itself to stay level sounds like a gain setting being too high. Too high of an aileron gain will typically exhibit itself in an oscillating, over-correcting back-and-forth movement. However, that this behavior seems to be happening in only one bank direction seems to imply an issue with the servo disadvantaged in that position to correct the model to level flight.
The Avanti is one of our most widely distributed and consistently popular flyers, so something is awry.
2) Disable any slowing you might have on flaps
3) Triple-check that your expo is appropriate for the model and your flying preferences.
4) Triple-check the linkages
5) Triple-check that the throws are symmetrical. Consider applying a very gentle static load (a.k.a. 1lb beanbag) onto the ailerons to see if one of them skips or stutters.
Mach9's approach is correct --start methodically ruling out each element in the equation.
That the model fights itself to stay level sounds like a gain setting being too high. Too high of an aileron gain will typically exhibit itself in an oscillating, over-correcting back-and-forth movement. However, that this behavior seems to be happening in only one bank direction seems to imply an issue with the servo disadvantaged in that position to correct the model to level flight.
The Avanti is one of our most widely distributed and consistently popular flyers, so something is awry.
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