KNTRLR_SIDE

DUAL ARDUINO ADSR GENERATOR // MOCKUP

A concept for a four channel programmable ADSR/LFO/CV-looper, made in Blender3d, which is a pretty decent free 3d modeller/renderer. The envelope generator is based on two ARM cortex M0 CPUs. To split the processor load and for time accuracy i decided

KNTRLR_SIDE

DUAL ARDUINO ADSR GENERATOR // MOCKUP

A concept for a four channel programmable ADSR/LFO/CV-looper, made in Blender3d, which is a pretty decent free 3d modeller/renderer. The envelope generator is based on two ARM cortex M0 CPUs. To split the processor load and for time accuracy i decided

R0018404

MAGNET-CARD AUDIO SAMPLER

I had an idea of building a CV/GATE sequence-“sampler” for modular that’s based on magnet strips on magnet/credit cards. So first things first, i made a proof of concept. I started by opening a used micro-cassette pocket tape-recorder, you can use any

R0018404

MAGNET-CARD AUDIO SAMPLER

I had an idea of building a CV/GATE sequence-“sampler” for modular that’s based on magnet strips on magnet/credit cards. So first things first, i made a proof of concept. I started by opening a used micro-cassette pocket tape-recorder, you can use any

_ALX0221

250 ZENMUSE RACEQUAD

This entry is about a 250 size gimbal stabilized gopro quadcopter

_ALX0221

250 ZENMUSE RACEQUAD

This entry is about a 250 size gimbal stabilized gopro quadcopter

van 1

77 CHEVY VAN // RC FPV MOD /PT1

I got hooked on the idea of electrify’ing and fpv’ing a 1:24 Revell Plastic Kit. It got pretty popular to mod Revell 1:24 pickups to fit the Losi Micro Crawler chassis. Like this example: Remember that this is 1:24, so around 15-20cm long.   As

van 1

77 CHEVY VAN // RC FPV MOD /PT1

I got hooked on the idea of electrify’ing and fpv’ing a 1:24 Revell Plastic Kit. It got pretty popular to mod Revell 1:24 pickups to fit the Losi Micro Crawler chassis. Like this example: Remember that this is 1:24, so around 15-20cm long.   As

R0018216

MICRO MIDI STEPPER DOLLY with touchOSC control

This Entry will be about building a timelapse dolly thats “programable” via MIDI protocol. It will cover the following steps: Building the dolly hardware Using the 28BYJ-48 stepper Building the MIDI interface Programming the Arduino Using the Touch OSC Editor For

R0018216

MICRO MIDI STEPPER DOLLY with touchOSC control

This Entry will be about building a timelapse dolly thats “programable” via MIDI protocol. It will cover the following steps: Building the dolly hardware Using the 28BYJ-48 stepper Building the MIDI interface Programming the Arduino Using the Touch OSC Editor For

_MG_5639

RC DOLLY STAGE 1.1 / videoVIDE

Before adding an arm i tested a possible weight shift to the front axis by adding a fixed arm made from two ikea sidebard wedges. I had to use a 0.5l bottle to shift the weight back to the rear axle.

_MG_5639

RC DOLLY STAGE 1.1 / videoVIDE

Before adding an arm i tested a possible weight shift to the front axis by adding a fixed arm made from two ikea sidebard wedges. I had to use a 0.5l bottle to shift the weight back to the rear axle.

0025

RC DOLLY STAGE 2

Next thing i am going to add will be a small jib/crane to get the wheels out of the frame while panning. The NAZA controller with the GPS antenna etc has to be on the cam pod too, because the

0025

RC DOLLY STAGE 2

Next thing i am going to add will be a small jib/crane to get the wheels out of the frame while panning. The NAZA controller with the GPS antenna etc has to be on the cam pod too, because the