1968 Electron Fuzz Custom

Price: $288

Looks like we are sold out. – 05/16/23

Domestic shipping: $free
International Priority Shipping: We cover half of international shipping on this box!

**International shipping charges are estimated. We will invoice you for the shipping once we can determine the exact cost to your country. Feel free to message us with any questions.

This item has sold.

Please read: Brand new EFC pedal with new art and 5 vintage Motorola 2n3904 transistors. Only 4 units available.

A unique part of history. A while ago I acquired a some very old Tektronix PCBs, I set them aside to be used for a special project. Recently I decided to try some parts from them on an EFC Distortion pedal and it sounded great!

The transistors, harvested from a 1968 “Rom Scanner” PCB have a slightly different character than the normal EFC pedal. The transistors are lower gain coming in with a beta of about 120 to 160 …the normal transistors we use are in the 400+ range. The pedal still sounds like an EFC but “different”. Still very high gain but maybe a bit more “defined”

Unfortunately I only have a small hand full of these transistors so we are only able to make a total of 4 pedals.

The pedal has the newest EFC artwork that will eventually replace the simple radio tower image.

Lots of cool history about Tektronix available. Check it out here: Tektronix INC

The Electron Fuzz “Custom” is an extremely high gain distortion. Seriously, normal volume setting is at about 10% of its full output potential. Two gain/tone controls “Hurt” and “Pain” give a variety of tone textures and a feedback noise loop can be adjusted to add a very gritty almost 8-bit sound or a squelching scream. (Great for droning or well crafted solos and recording). The extra stomp switch adds 2 more additional gain stages and a boost of high end to the sound. Best of all the distortion oscillates when notes are held adding a new level of expression.

***Orders may take 1-2 days depending on availability.

More about the EFC (Electron Fuzz Custom)

Here is a great demo video from the “Pedal and Effects” youtube channel featuring Alessandro Cortini of NIN, Sonoio and Modwheelmood.

Please read the brief history of the Electron Fuzz here.

[list_circle]Things I personally enjoy about this pedal:

  • Fuzzy to crunchy tones
  • Wide range of possible textures and character
  • Expressive distortion oscillations
  • Feedback noise loop for unusual sound design
  • Extremely high gain for recording direct to your DAW
  • Use with guitars and keyboards
  • VU meter responds to your playing


The red LED on the radio tower switches on when boost mode is enabled. A convent way to know where you are when playing.

• Knob controls:

A unique approach to tone control…

Hurt: Controls the gain of 3rd gain stage. Lowering the gain will also reduce low end.
Pain: Controls the gain of the 2nd transistor gain stage. Lowering the gain will reduce high end.
Output: Volume/saturation. Take some of the edge off the mix or crank the pain and hurt all the way for a big, dirty, crunchy fuzz.
FB Noise: On/Off adjusts the amount of feedback in the circuit for noise making. Creates a weird octave mod fx.

• Switch controls:
Low cut toggle: Cuts the low end for a slightly less bassy more gated sound.
x1000 gain: On left stomp switch. This takes your sound through an addition 2 transistor gain stages and pushes the electrons way past 11! The booster switch adds a loud and dirty, thrash crunch to this versatile pedal. Incredible for feedback noise and FX textures. Can cause the parasitic frequency oscillation but sounds awesome while playing.
True Bypass: Lets you play through the pedal.

• Meter: Responds to your playing, and reflects first gain stage transistor distortion. Illuminates when active.

***All purchases done through Paypal. Units are always shipped ASAP. Please note when purchasing from eBay shipping charges may be vary.

****International shipping can vary. Typically I will credit back any difference when your unit is ready and I am able to verify exact shipping to your specific location.