News

Prog2 is on the way

Redesigned enclosure and stereo input

Work on moving Prog2 from prototype to production is well under way, with the first batch of boards being built by pcbway as of last week. Prog2 features stereo input at last, which makes chaining a series of the pedals more effective, and offers better support for those using the pedal with synths.

The enclosure graphics have been designed by Nick Robinson. The new look

Comparing the Prog 1 chorus patch with a Julianna

Chorus comparison - programmable versus Walrus audio Julianna

The chorus patch sounds really good. Here’s how some of the testing and tweaking has been done to get it sounding as good as possible:

Reverb shop now open

Prog 1 now available from Reverb

Prog 1 now available from Reverb face view of prog1

Prog Pedals - almost open for business

Prog Pedals is now a registered business - pedals coming soon

Prog Pedals is a registered business (based in Australia) and prototyping is going gangbusters.

The 5th prototype has been built and is being tested in the wild…

The 6th prototype is under fabrication with PCBWay

Releases

Version 0.7

Small tweaks - ready for production

inside of v0.7

Github release files

Version 0.6

125b version, neutrik sockets, footswitches on pcb

inside of v0.6

Github release files

Version 0.5

This is a 125b version, some SMD, and audio and power sockets on the PCB

Four of these have been built and are being used by me and others for testing purposes.

inside of v0.5 view top of v0.5

More info

Github release files

Problems/ observations

  • Audio sockets need to be sturdier

Heading to 0.6

  • Using Neutrik sockets
  • Adding the two footswitches to the bypass footswitch PCB

Version 0.4

This is a 125b version, through hole components, and audio and power sockets on the PCB

Four of these have been built and are being used by me and one other for testing purposes. Black v0.4 Red and black v0.4

Github release files

Problems/ observations

  • Holes for the switch wires are too small.
  • It can be tricky getting the bypass LED to sit well if a LED holder is being used.

Heading to 0.5

  • Will go for SMD resistors, caps and TL074
  • Will add an IDC connector, and design a footswitch PCB - wiring a footswitch manually is fiddly and time consuming