A zoetrope is a device that creates animation through an optical illusion based on the principle of motion decomposition (the principle of cinema).
The K2 zoetrope is a device with multiple advantages, such as the ability to change animations easily and the option to view a 2-second animation.
This experimental prototype is 98% complete. I am developing the K3 which will be much more accomplished and especially with a design that looks like the first zoetrope K1
Interchangeable tray. 24 or 48 figurines 3d printed and hand-painted with acrylic
Option to change the figurines (magnet + alignment tab)
Lid for optimal use in daylight. It also keeps the figures safe, as you mustn’t put your fingers in there. There is an electronic safety feature too.
Front panel controls with cam switches:
Activate the motor to rotate the turntable in one of three directions (-1, 0, 1)
Turn the LED strobe on or off.
Struborder frequency change to test with higher frequency. Currently, because of a mechanical stress I can only go up to 48 Hz. But I don't see the use of building more than this value. I also need to increase the speed of rotation of the engine but I think I'm getting to its maximum speed. I'll think about changing the engine for the K3.
It is bulky, but the width is that of a standard hi-fi unit.
Ce modèle est un prototype (POC - Proof Of Concept). Aujourd'hui je développe le K3 plus esthétique (Design de celui des coqs) et moins encombrant.
Design
To develop it, I used the following open-source tools:
Freecad for the design of the mechanical parts > Create a blog post about Freecad.
Blender for character modelling and animation, as well as mechanical assembly, ray tracing simulation and modelling, and rigging (+Python code).
GIMP and Krita for character texturing.
KiCad for electrical schematics and the development of a bespoke circuit board.