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Sounds like I need to build my boards to experiment with this.

You can add a footswitch in each loop between the mixer and the splitter channels that cut the signal, no need to keep the loop open if you are not using the effect in the loop anymore. Unless you want to have each loop at different volumes the master mix should keep everything at unity. If...

I'll gladly take them, I have a folder for schematics that I can put them in.

Definitely a clean build. I feel like this combined with the 3-way mixer would be excellent for analog parallel bass processing, using one for clean, another for OD/DS, and the last for modulation like chorus or synth stuff.

Thank you @johnk_10, I'll have to breadboard this once my current projects are finished.

Those are sweet. Any chance I can get schematics for those, or the links you got them at?

Power can probably be simplified a little using an LT1054 charge pump to obtain 36V out of 9V like the Integral Preamp and using some voltage regulators to get those target voltages. Love to see more Sunn Bass builds so awesome job dude.

May I get the schematic if there is one @MichaelW? This a nice and tidy build. EDIT: I apologize, I reread your post and saw Aion FX has a board already.

I'm going to be building a highly modified Celsius + Cepheid combo build. One of those mods is a master volume on the Celsius preamp before going into the chorus, I read that someone just put an A500K at the end of the output buffer after R11. It seems a bit high, A100K sounds more reasonable...

So the Basic Latching Relay Board would be best then? Sounds easy enough now that I think about it, I just figured I would ask about the Intelligent Relay Bypass since I have four of these boards for a combo build that never happened. I appreciate you giving me another option dude.

@Robert Any insights to know if this works?

What I did with the ones I've built is to add a Range pot and a Shift pot, which the LWA Endless Blockade has. Both pots are B10K, the Range pot replaces R7. Lug 2 goes to C7 and Lug 1 goes to C8. The Shift pot replaces R10. Lug 2 goes to R8 and Lug 3 of the Threshold pot, Lug 1 goes Leg 3...

Correct, I remember reading that one of the pins of the ATtiny goes to the center lug on the SPDT and one of the other lugs on the switch goes to ground. I wasn't able to glean enough info to do it myself.

I have read somewhere on this forum that I can add an SPDT Toggle switch to the Intelligent Relay Bypass Module to have Momentary and Latching options without using the mode change function. My goal is to essentially build a custom 2 button foot switch for a bandmate that functions like a boss...