Printable skeleton for a teddy bear

thingiverse

http://www.youtube.com/watch?v=GezSMfDPlTw Meet Terminator Model T-Eddy: Fully customized 3D skeleton fitted into a stock teddy skin with a custom C# application controlling PWM cheeks and servos through a script using Kinect data. More info: http://ried.cl/proyecto/oso-de-peluche-robot-controlado-por-kinect/ http://www.fayerwayer.com/2014/10/conoce-el-oso-de-peluche-robot-controlado-con-kinect/ http://hackaday.com/2014/10/16/robotic-terminator-teddy-will-protect-you-while-you-sleep/ Printer Settings Manufacturer: MakerBot Printer Model: Thing-O-Matic Use Rafts: No Support Material: No Designing This Project I used Autodesk Inventor to create the design, but Sketchup is also a suitable option. I utilized Inventor to learn about stress tests and design validation. Project Overview: T-Eddy Robot Bear Objectives: Learn design principles, robotics, and electronics. Target Audience: Depending on project progress, it can apply to various audiences, including toddlers using the final product, engineers starting design work, and teenagers assembling and programming servos. Project Preparation The project involves multiple steps: 1. Design: Requires a 3D modeler software and a 3D printer. 2. Assembly: Assemble components as per the design specifications. 3. Hardware Testing: Test electronic hardware components. 4. Software Control: Write custom software to control servos and other electronics. Results Each step has multiple results, culminating in a working robotic puppet that is fun and interactive.