nnap
Grand Master
Controls will not work through the supergun and Saturn uses a decoder fir the signals as far as I remember, so you would have to directly wire the 2 pots in the controller to the G-Net PCB.
Your right it would have to be hacked and rewired. I think the PS1 version would be the best candidate since they are more common and usually sell for less so no need to hack up an SS controller. The Playstation version should feel at home with the Gnet. A little rewiring should get you by instead of having to start from scratch. The wireless controller is a very cool idea but i was looking for something more get up and go. The time put in splicing the wires and connecting them directly to the pots should be a fairly minimal task.Controls will not work through the supergun and Saturn uses a decoder fir the signals as far as I remember, so you would have to directly wire the 2 pots in the controller to the G-Net PCB.
I could get the Playstation controller right now for $35. I just purchased it and came under $40 shipped. Not bad. I'll know more when I receive it if it has pots or some kind of optic sensor.The image above is currently set to $60...
Think the biggest issue is how many pots are aonboard, and how those pots are being interfaced.
The SS ports on your supergun are likely digital only...
That said, almost all the SS steering wheels translate the analog pots to digital signal.
Itrs a nice unit, so you could rewire the post directly and then adapt to the GNet board. Plug and play this is not.
Well just for your info or anyone else's. This controller consists of 3 pots. I would have to figure out what their ratings are and go from there. I could try and just utilize the 1 trigger pot and the steering pot alone then figure out if I can mod them with resistors or replace them. Take some clever wiring to utilize both trigger pots.I think it would be difficult to modify a device where the accelerator and brake are not on the same axis.
The RCdeGO! has a single analog axis that handles the accelerator and brake.
Ill know more when I hook it to the real hardware. Hopefully the game loads up. The photo in this thread shows 5k potentiometers so shouldn't be too difficult to replicate the signal. Constructing a cable from old cat wire now.I am interested in how to distribute the two resistors across the left and right width of an analog axis.
I could try to utilize the one pot as both. The circuit board is just for the traces. I could actually remove it and the pots are normal ones with a thin top nut, although they are about half inch wide. I didnt have a hard time finding 5k pots in that size on the net.It might be a challenge as it expects one pot for throttle/brake but it will be really great as a racing controller for other racing games that require separate pots for throttle and brake.
If your talking about the Hori controller yeah works the same way. By removing the second trigger it eliminates having to pull forward at all just releasing the trigger works as well. Third pot was not needed and is great if you need a spare. The potentiometers were 5k so they worked great. Be a good source to harvest these 5k pots.Releasing the trigger acts as a brake, so it seems easier to play with than the official controller.
Yeah just like the photo. Im buying another controller to harvest the 5k mini pots. I played a full game didnt place that well but finished none the less. I wasnt really trying. It works fine if you wire it up exactly like the official one. I had to desolder them from the pcb though since the traces were not correct for this particular wiring. It doesnt effect a thing since there are alignment holes that keep the pots in the correct position when fastened with a flat nut.So you just removed the trigger and pot, and that's it? It works 100% fine with the game? If so, time to buy two of those controllers..![]()