I was a little daunted at first, especially after flipping through the extensive instructions. Even though I've worked with electronics all my life, I didn't want to make any (costly) mistakes, especially since I was only using a cheap 30W soldering iron *shudder*. Starting with the rack assembly seemed like the best first step. The rack is a bit flimsy and lightweight, but I don't plan on bringing this out much so it's not really an issue.

Okay, that wasn't so bad. Of course the Multiple module is as simple as they come. As I built the 5 power distribution cables, I realized I was going to need some better wire cutters and a stripper (ummm, wire stripper that is)... I also went out and bought demineralized water to clean the boards after soldering.

Every module comes with a brilliant documentation folder that contain a functional overview, a circuit diagrams, parts lists and most importantly, incredibly detailed step-by-step instructions. For the assembly to go smoothly, one has to meticulously identify and sort resistors, caps, and transistors - then hopefully be able to solder them without too much mess :)

That's the Filthy Filtre sitting on the table, waiting to be wired to the stooge panel. I chose this one over Blacet's Final Filtre because I wanted a filter with dirt and grit (aka balls). This, along with the previous module that I completed (the VCO) were the most challenging ones in terms of sheer number of parts and calibration. For the calibration, I used my DMM as well as a freeware oscilloscope for my pc: the demo version of Oscillometer worked well.

The big question is: why buy a Blacet? Simple: for the sound and the modulation capabilities (not to mention quality)! As you can see, almost every function can be controlled via CV.

Audio Samples

I definitely can't do this modular justice after only one day of use. Nevertheless here are a few of mp3's that hint at the sonic and modulation capabilities (I only had used 5 patch cables - I need to make more!!!!).

The following MP3's from me have no added fx and were all created using the internal LFO to trigger the gate and to sequence the 3-octave-switch on the VCO.