> To improve the stability you can do the following
>
[quoted text clipped - 11 lines]
> I.E. if you want a softer model, reduce the ATVs and add some exponential
> (say 30%) on the cyclic (Aileron and Elevator).
Thanks for the tips. I had messed around with the ATVs on my radio, but I'd
like to retain the manoueverability whilst gaining stability. Your
suggestion for Hovering Instability and Vividness sounds like it'll do the
job perfectly.
Another question, if I may: Do you know whether the piezo gyro modelled in
the sim is always assumed to be a heading hold gyro? The reason I ask is
that it looks like I need to add some revolution mixing to the radio setup
on lower gain settings, but not on higher ones. I assume the sim's model
itself doesn't perform any automatic mixing?
Cheers,
Si
Nigel Heather - 24 Dec 2005 17:31 GMT
The gyros act as following
(i) Mechanical > Rate Only - slow
(ii) Piezo > Rate Only - faster
(iii) Piezo-Integral > Like a modern Heading Hold. It can be switched
between Rate and Heading Hold controlled by the Gyro sensitivity (F5 to
set) - below 50% = RATE, above 50% = Heading Hold - i.e like a Futaba 401.
Around 50% is no gyro at all, so approach 100% for high gain HH and 0% for
high gain rate.
You can also assign a transmitter channel to Gyro Sensitivity (use F7). For
example, I mimic my real set up and assign channel 5 using a switch to Gyro
Sensitivity. I set the ATVs of the switch to 80 and 20 so I can switch
between 20% (high gain Rate) and 80% (high gain HH).
Cheers,
Nigel
>> To improve the stability you can do the following
>>
[quoted text clipped - 28 lines]
>
> Si