
I know I spent a large part of Saturday experimenting with stutter pedz, II also kinda remember the way this thing was and it did indeed look like a medical stethoscope. The eartips were both jack plugs and jack sockets at the same time and the bell was a switch that if pressed would stutter the signal. That’s all I got, but now I really want to build it. Maybe something like that exists, and maybe that's why it popped up in my dreams, I don't know. I happen to have arcade buttons, because I bought some to build something I never started and I have quite a few 1590LB, so I mocked up a few things real quick...

I got thinking...
- the (not novel at all) idea would be to have a simple buffer/splitter circuit to split the signal in 2 (A and B)
- Add an effect loop on B
- Add a stutter switch (The arcade button) that takes B to ground when pressed (or the opposite)
- I could make some little casings with a 3d printer (I don't have one but a friend does) to house a right angle jack plug connector and jack socket next to it on one side (left) and the same on the other side but with a DC power connector (right). The (in-built) jack plugs would go into the pedal in the loop and the sockets would be for the INPUT and OUTPUT signals.

- I could run a 6 core cable on the right from the casing to the midpoint of the stutterscope where the 2 sides meet and run a 4 core cable doing the same thing on the left.
- I would need to find a way to make the 6+4 cores go into a 10 core cable all the way to the 1590LB when I have the switch and the PCB.

I know I can make it in no time in a bigger enclosure without the hassle of making it it look like an ugly toy stethoscope but where would the fun be!

Now my question would be, where do you foresee issues if any? Haven't built a ton of stuff and never worked with anything else than TS/TRS, how would you do the junction between the 4 core cable on the left, the 6 core cable on the right and the 10 core cable in the middle? Terminal strip? Soldering them?