Why Add True Bypass Loopers To Your Pedalboard?

add True Bypass Looper

If you’re like me, you’ll want to use quite a few guitar effects pedals, while keeping the signal chain clean. You’ll also want to make it easy to locate bad leads/pedals so that your gig doesn’t have to stop when you have a problem.


One solution could is to try and simplify your rig. Another is to group pedals in a true bypass looper. Much better!



What is a True Bypass Looper?

As its name suggests, a true bypass looper removes the pedal from the chain in a way which doesn’t go through anything. So, no buffers, no long cable runs, nothing!


Since this isn’t a post on How To Build A True Bypass Loop Pedal, I’ve written another one which goes into details about DIY’ing one for yourself. I also cover the different options and how to build your own custom true bypass looper system.



Why should we use them?

There are many ways to use one of these loopers. One of the most common uses is to enable easy access to a group of similar sounds via one footswitch.


Another use is cleaning up a long signal chain, by providing an easy way to bypass individual pedals or mute the whole lot. Shall, we explore some of these ideas?!



How can we add one to the pedalboard?

You might have seen photos of professional built pedalboards where there’s a strip of footswitch at the bottom and pedals around it. That strip is a true bypass looper and in this application allows for pedals to be activated centrally while avoiding wild tap dancing movements!


Also by having one or two pedals per loop, you are maintaining a cleaner signal path by only bringing in that one/two pedals. This is a cool way to build an easy to use rig while not investing in expensive MIDI switching gear which would take up more space on stage!


We can use a looper to group effect types together and therefore simplify the pedalboard. Say you’re running a compressor, a few overdrives, a tremolo, a phaser, and a delay or two.


You could group the overdrive pedals into one loop, the tremolo and phaser into another loop and then use a third loop for the delay pedals. This way also makes it easier to set up sounds before you click them in.


You could run your whole pedal chain in a loop. This would enable you to switch to a clean tone in a second, regardless of the number of pedals turned on!


Lastly, if you have a common sound which involves a few different pedals, you could group these pedals into one loop. This would enable you to avoid tap dancing while being able to switch to that guitar tone easily.


Which True Bypass Looper fits our situation?

While this is a tricky question to answer, it’s best to start with a simple single loop. You can learn how to build one or you can buy a one. Think through how you will use it overall, do you need to a really clean signal and therefore you’ll want something all singing, all dancing?


Do you want to take it to the next level and add some preset abilities or change amp channels? If so, then you’ll need something like Joyo PXL8. If you decide to build your own, then your only limit is pedalboard space!



Don’t do this when trying to add true bypass loopers to your board!

Please, don’t forget to have at least one buffer in your pedal chain. Why? If you’re running through long two fairly long cables and a whole bunch of small cables, you’ll have a lot of capacitance. This means you’ll have a weaker signal and it will be darker.


If you add one buffer you’ll see none of this and you’ll have a stronger brighter guitar tone. Personally, I like to use a Boss tuner pedal as both a buffer and a tuner – plus they can be used at either end of the chain.

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