Wheelhaus Veteran Location: Denver
| That sounds correct. My proportional (on a Swift with 550mm blades) is about 20. Are your oscilaltions on aileron or elevator? If they are on elevator then you can search around the Vstabi.de forum for the "AOF" (Anti Oscillation Filter). It only affects the elevator axis, there is no AOF for aileron right now. I couldn't find it last time I searched, but MrMel may be able to help you out, I believe he's downloaded it. It allows for much lower Bell and much higer Proportional.
Proportional is the gyro controlling rotation by rate so it feels more direct and linear, similar to a constant-piro function of a good tail gyro. Bell is simply a direct "stick-to-swash mix". If you've increased Proportional, try reducing Bell. Too much of both could easily cause excessive sensitivity. Try reducing Bell a little bit, since this is a direct relationship from the stick to what goes into the blades. BTW, how much pitch are you getting for cyclic?
Paddle Steering Intensity from what I understand, is how much stick input goes into the "flybar" portion. The explanation I've read state: "Too high will cause the heli to keep rotating upon a stop" and "Too low will cause a strike back upon stop". Uli described this to me as "the amount of flybar deflection, higher values result in more flybar deflection". You can try experimenting nonetheless, to further understand how it affects flight.
On a side note, "Hiller" is the amount of simulated flybar (gyro corrections) that goes into the blades. My Hiller was somehow WAY too high, causing violent oscillations. The gyro gain was still at 30 (should not be changed) but it was being mixed too much into the final blade output causing gross over-corrections. Hiller affects overall gyro inputs, Bell controls direct stick inputs. The gyro inputs can be adjusted to infinity, in come cases overriding the Bell (such as Proportional).
.......... Dave TT e620 SE and Mini Titan |