A little while ago I told you about the Axoloti and how much I like it. But because it’s just a bare pcb without casing, I didn’t get to use it in practical context very much. Now I had a little time to design a 3d-printable enclosure. Continue reading “AxoStomp”
Pythagoras of Samos was a man with many hobbys. I know him primarily for his experiments with strings and their musical properties. Thats why I call this robotic string instrument “Pythagotron”.
- 2 octaves of pitch range
- fast and precise intonation
- 4 actuators for striking, muting, punshing, damping and shorten the string
- modular and parametric design (OpenScad)
- most parts are 3D-printed or easy to gather
- open source
Here is a new Techtar video showing some examples of the squencer-module modulating the Kickup and a low pass filter. This time with comments:)
Today I’d like to talk about the Techtar’s Ampmod sound module which does
what I call “pitch dependent polyphonic amplitude modulation”.
I demonstrate it in this video:
Today I want to start the documentation of my favourite project.
I’m on it for quite a while now and probably will be, as there
are still plenty of things to do.
I’m going to start with this short blog post and the video below,
to show you some sound examples and pictures of the Techtar.
A printable A-B-Stereo Microphone
I wanted to have a mic which I cought use for general purpose recording in conjunction with my old iriver h120 (with rockbox installed). I didn’t found a suitable mic without a build in recorder:)
A well functional e-drum trigger pad. Most parts are 3d-printed. It’s still work in progress but I’m very happy with the results so far. You can watch the progress on thingiverse and for most recent changes look on my git repository.
I have started to build 3d-printed e-drums. Here are some photos of the fist design for the Kick-trigger: