Mid Term Progress


So far, I have successfully gotten the remote to pair with the device. Once both the remote and the servo have been powered, the two will automatically sync through bluetooth. The user can use the LIPO battery powered remote to increase or decrease the angle of the mic clip by +- 5°. The servo is powered by a 1000 mAh battery that will attach further down the mic stand. I’ve also gotten a Mac application running.

All of the things left to accomplish are fabrication related. I need one custom part to be made to help guide the axle of the servo (attached below). I also need a simple box for the remote and the servo. I also need to solder the components to perfboard. Lastly, I need to attach the box containing the servo controller to the clip. If I have time, I would like to make it such that a user can control the clip from a computer as well as from the remote, and possibly even with a phone.

Screen Shot 2019-03-22 at 10.26.54 PM


Week 6:

  • 3D print axle part
  • Perf-board remote

Week 7:

  • Perf-board servo controller
  • Cut both enclosures

Week 8:

  • Build battery attaching apparatus


Week 9:

  • Mount servo controller to clip
  • Start Mac app

Week 10:

  • Continue working on app (possibly finish)

Week 10:

  • Finish app
  • Write manual

Week 11:

  • QA test

Week 12:

  • Done

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