Jump to content
The simFlight Network Forums

Recommended Posts

Posted

I have a very hard time to set the throttles on what seems to be just- Turbo Props- and the 2 that i have are the Payware P-12 and the Quest Kodiak with the PF Control quadrent . I have the registered version of FSUIPC-4.5 and for PFC on the main page of the PFC quadrent it says PFC-FSX driver version 4.34.March 2008 . Now when i try to set the throttle on the PFC page when you move the slider up and down, you can see the slider box moves very jerky when the slider moves up and down as you are moving your throttle lever, and i have tried to check and uncheck -- apply digital fitering box and -supress possible interference - box . As far as the jets go like the level D and my props like the free Beech 18 from Milton Shupe the settings are very smooth it's just seems to be the Turbo props . Getting into tight strips it's almost impossible cause the throttles when you move them are always to much or too little and to taxi it's very difficuilt .Any ideas ?? thanks-- Louis--- Canada

Posted
I have the registered version of FSUIPC-4.5

You need to update that. The oldest supported version of FSUIPC4 is 4.60, as stated in the Announcements above. There are also later versions of both FSUIPC4 and PFCFSX.DLL available in the Updates Announcement.

Now when i try to set the throttle on the PFC page when you move the slider up and down, you can see the slider box moves very jerky when the slider moves up and down as you are moving your throttle lever, and i have tried to check and uncheck -- apply digital fitering box and -supress possible interference - box .

You need to seek support from PFC, because a jerky input from an axis can only arise from dirty potentiometer slides (they are linear slide pots in the quadrant), or possibly, and less likely, a dodgy power supply. The digital filtering option is really designed to remove severe spiking which arises from dead spots or from really bad power smoothing. It can't help much with small random up/down effects or sticking. It I implemented a much stronger filtering action it would affect responsiveness too much and become useless.

As far as the jets go like the level D and my props like the free Beech 18 from Milton Shupe the settings are very smooth it's just seems to be the Turbo props .

Erwith the same PFC quadrant device? In that case it cannot be the hardware or the PFC driver. It's something wrong with the aircraft modelling.

Getting into tight strips it's almost impossible cause the throttles when you move them are always to much or too little and to taxi it's very difficuilt .Any ideas

Seems you need to find better aircraft models. I don't know which turbo models you are using, but there's nothing specific about different aircraft which makes any different to the inputs, only to their reaction to those inputs.

If you think the problems with the aircraft can benefit from different sorts of response curves applied to the levers, you could try disabling the axes in the PFC driver and instead assigning them via the Axes assignments tab in FSUIPC. Then, in the calibration section, you can apply response curves of different types.

Regards

Pete

Posted

Thanks Pete, i always wondered what the digital check boxes were doing or if they were doing any thing at all .I'll update the .dll and FCUIPC, and if i get real brave i'll take a crack at setting every thing up with FCUIPC ---Louis -- we went to the Boeing factory at the last conference in Seattle

Posted
we went to the Boeing factory at the last conference in Seattle

Oh, right. Hi! My memory is failing me these days. I don't remember much from that long ago!

Regards

Pete

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now
×
×
  • Create New...

Important Information

By using this site, you agree to our Terms of Use. Guidelines Privacy Policy We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.