Hello Intruder101,
I looked around for a while, unfortunately these sorts of switches don't work like that, even the ( on-off-on ) switches will not work like that!
If you look at the schematics!
Basically,
SPST ( single pole single throw )
Has 2 pins on bottom , the switch makes or breaks connection between the 2 pins!
SPDT ( Single pole double throw )
Has a single row of 3 pins on bottom,
Top pin is ( A ) terminal
Center pin is common
Bottom is ( B ) terminal
Switching switch connects or disconnects ( A to B ) terminals
DPST ( double pole single throw )
Has 2 rows of 2 pins ( same as above but can do 2 circuits at once )
DPDT ( double pole double throw )
Has 2 rows of 3 pins ( also same as above, just 2 circuits at once! )
So our switch works like this:
Out input signal goes into our switch ( from sticks ) goes into CENTER 2 pins ( or C common pins ) yellow circuit 1, black circuit 2 ( hence double pole )
Now by placing our resisters across, ( C common, and ( A ) terminals )
Or top 2 posts to center 2 posts!
We create resistance in the line, now this is the funny part. On is actually off? With the switch in the OFF POSITION,( no contact between ( C and A terminal )) the input goes into the switch, but it is off, so it is forced to go through resisters, to continue its path to motherboard! Hence slow yaw!
Now when you switch ON POSITION, you create a path from ( C to A terminal ) power will find the fastest route to its destination, with the circuit connected, it goes through the switch, bypassing the resisters, hence fast or normal YAW!
So with that said,
The only options I see are these!
1) run a second switch, one with 10k resisters, other with larger resistance for slower yaw, you'll have to experiment with this, to find speed you want!
2) a dial switch, that will increase or decrease resistance, the farther, or lesser you turn the dial
( like a dimmer switch )
This way you just dial it in, find the speed you like, put a mark on the dial, you could potentially have several settings!
Sorry, but our switches won't work like that with a single switch!
Keep us posted if you tackle this project, as I'm now interested!
J Dot