How I did it. I took a standard s-video cable, patched pin 4 to ground and pin 3 to signal on a 3.5mm mono plug. This connected the goggles to the DSC of the DEVO 10. I then used the following model file to control the Flysky reciever = name=FPV
mixermode=Advanced
icon=HUBSANX4.BMP
[radio]
protocol=Flysky
num_channels=10
fixed_id=123456
tx_power=150mW
[protocol_opts]
Telemetry=Off
[channel1]
template=simple
[mixer]
src=ELE
dest=Ch1
curvetype=expo
points=0,0
[channel2]
template=simple
[mixer]
src=AIL
dest=Ch2
curvetype=expo
points=0,0
[channel3]
template=simple
[mixer]
src=THR
dest=Ch3
curvetype=expo
points=0,0
[channel4]
template=simple
[mixer]
src=RUD
dest=Ch4
curvetype=expo
points=0,0
[channel5]
template=expo_dr
[mixer]
src=MIX0
dest=Ch5
scalar=95
curvetype=absval
points=0
[mixer]
src=MIX0
dest=Ch5
switch=MIX1
scalar=5
curvetype=absval
points=0
[mixer]
src=MIX0
dest=Ch5
switch=MIX2
scalar=-80
curvetype=absval
points=0
[channel6]
template=simple
[mixer]
src=PPM6
dest=Ch6
curvetype=expo
points=0,0
[channel7]
template=simple
[mixer]
src=PPM7
dest=Ch7
curvetype=expo
points=0,0
[channel8]
template=simple
[mixer]
src=PPM8
dest=Ch8
curvetype=expo
points=0,0
[ppm-in]
mode=extend
num_channels=8
centerpw=1500
deltapw=400
[trim1]
src=LEFT_V
pos=TRIMLV+
neg=TRIMLV-
[trim2]
src=RIGHT_V
pos=TRIMRV+
neg=TRIMRV-
[trim3]
src=LEFT_H
pos=TRIMLH+
neg=TRIMLH-
[trim4]
src=RIGHT_H
pos=TRIMRH+
neg=TRIMRH-
[datalog]
switch=None
rate=1 sec
[safety]
Auto=min
[gui-128x64]
V-trim=59,10,1
H-trim=5,59,3
V-trim=65,10,2
H-trim=74,59,4
Small-box=2,22,Ch3
Small-box=2,31,Timer1
Small-box=2,39,Timer2
Model=75,20
Battery=102,1
Toggle=4,10,0,3,0,RUD DR
Toggle=13,10,0,5,0,ELE DR
Toggle=22,10,0,4,0,AIL DR
Toggle=31,10,0,0,0,None
Toggle=40,10,0,0,0,None
TxPower=102,7
quickpage1=Telemetry monitor
