Dingbot, the Mechanical Bell Choir

thingiverse

I Designed a MIDI-controlled Bell Choir That Anyone Can Build Using Affordable Hardware. To Learn More About This Project and Watch Step-by-Step Video Tutorials, Visit Https://www.shamlian.net/projects/bellchoir/. Almost All of the Parts Required for This Project Are Standard #4 Brass Rod, M3 Screws Probably Working Too. I Chose Keystone 720 as My Stops, But Any Standard 1/4-inch Rubber Bumper Would Also Work Great. For the Clapper's Hinge, I Went with Keystone 351, But Any Similar Component Should Fit Fine. One Exception Is the Set Screw for the Motor, Which is a Common 1/4-20 X 1/4-inch Machine Screw, and the Two Screws Holding Each Motor in Place Are M2.6 x 8-mm Screws. Print Settings Rafts Not Necessary Supports Also Irrelevant Post-Printing Once You've Successfully Printed Out All of Your Bell Choir Components, Follow These Final Steps: Inspect Your Print for Any Errors or Warping. If Necessary, Clean Up and Re-Level the Base. Mount Each Component Accurately, Ensuring a Tight Fit Between Parts. Adjust and Fine-Tune Your Hinge Mechanism for Smooth Functionality. Finally, Connect the Motors and Test Out Your Brand New Bell Choir, Tuning as Needed to Produce Clear and Vibrant Sound.