Adabox 008</a>) they included a fun little breakout board called a &quot;<a href=https://hackaday.io/project/165445-ouija-robot/log/"https://www.adafruit.com/product/3093">Crickit&quot; which makes it easy to control servos, motors, neopixels, even speakers and touch sensors.&#xA0; Lots of fun things!</p> <p>I wanted to come up with a project to play with some of this, and it was close to Halloween.&#xA0; So naturally, a Halloween decoration would be perfect.&#xA0; After a few thoughtful hours of sitting on my Thinking Couch and drinking some Thinking Beer, an automated Ouija board seemed like a great project to play with this board.</p> <p>So I drew a few doodles and when I&#xA0;had a rough design ready, I&#xA0;started prototyping.&#xA0; Cardboard and masking tape make&#xA0;<em>fantastic</em> robot prototypes.</p> <figure><img class="lazy" style="width: 280px; height: 373.414px;" width="280" height="373.414" data-src="https://cdn.hackaday.io/images/3815041557257057012.jpg"></figure> <p>It got way easier to deal with once I realized I could also tape the larger &quot;arm&quot;&#xA0;servo to my desk to see something a bit more like real motion:</p> <div class="video-container"><iframe style="width: 500px; height: 281px;" src=https://hackaday.io/project/165445-ouija-robot/log/"//www.youtube.com/embed/3brtM0qmseA" frameborder="0" allowfullscreen></iframe></div> <p>This was enough to see that the basic idea was solid and that I&#xA0;could probably make this work!</p>"> Adabox 008</a>) they included a fun little breakout board called a &quot;<a href=https://hackaday.io/project/165445-ouija-robot/log/"https://www.adafruit.com/product/3093">Crickit&quot; which makes it easy to control servos, motors, neopixels, even speakers and touch sensors.&#xA0; Lots of fun things!</p> <p>I wanted to come up with a project to play with some of this, and it was close to Halloween.&#xA0; So naturally, a Halloween decoration would be perfect.&#xA0; After a few thoughtful hours of sitting on my Thinking Couch and drinking some Thinking Beer, an automated Ouija board seemed like a great project to play with this board.</p> <p>So I drew a few doodles and when I&#xA0;had a rough design ready, I&#xA0;started prototyping.&#xA0; Cardboard and masking tape make&#xA0;<em>fantastic</em> robot prototypes.</p> <figure><img class="lazy" style="width: 280px; height: 373.414px;" width="280" height="373.414" data-src="https://cdn.hackaday.io/images/3815041557257057012.jpg"></figure> <p>It got way easier to deal with once I realized I could also tape the larger &quot;arm&quot;&#xA0;servo to my desk to see something a bit more like real motion:</p> <div class="video-container"><iframe style="width: 500px; height: 281px;" src=https://hackaday.io/project/165445-ouija-robot/log/"//www.youtube.com/embed/3brtM0qmseA" frameborder="0" allowfullscreen></iframe></div> <p>This was enough to see that the basic idea was solid and that I&#xA0;could probably make this work!</p>">
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Background and initial prototype

A project log for Ouija Robot

A disembodied arm that spells out messages from the ether (as long as they come through Twitter)

ronald-mccollamRonald McCollam 05/07/2019 at 19:260 Comments

I'm a huge Adafruit fanboy, so I subscribe to their quarterly Adabox hardware kits.  In one of them (Adabox 008) they included a fun little breakout board called a "Crickit" which makes it easy to control servos, motors, neopixels, even speakers and touch sensors.  Lots of fun things!

I wanted to come up with a project to play with some of this, and it was close to Halloween.  So naturally, a Halloween decoration would be perfect.  After a few thoughtful hours of sitting on my Thinking Couch and drinking some Thinking Beer, an automated Ouija board seemed like a great project to play with this board.

So I drew a few doodles and when I had a rough design ready, I started prototyping.  Cardboard and masking tape make fantastic robot prototypes.

It got way easier to deal with once I realized I could also tape the larger "arm" servo to my desk to see something a bit more like real motion:

This was enough to see that the basic idea was solid and that I could probably make this work!

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