Tinker is an innovative open-source bipedal robot designed specifically for research, education, and hobbyist experimentation. This project serves as a hands-on platform for robotic enthusiasts and developers, offering a comprehensive set of resources to assist users in building and programming their own robots.

Features

• Reinforcement Learning-Based Control: Tinker employs advanced control mechanisms to enhance movement and adaptability.
• Step-by-Step Assembly Instructions: Detailed guidelines make it simple for users to assemble the robot from scratch with ease.
• Customization and Expansion: Tinker allows for personalization and additional functionality, encouraging users to modify and enhance their projects.

Through this project, users will gain valuable insights into the fundamental principles of robotics, particularly in movement and control. Tinker aims to inspire greater engagement with robotics technology by providing resources that foster exploration and experimentation.

Resources Available

• Tinker Usage Guide: Step-by-step instructions for operating and interacting with the assembled Tinker robot.
• Tinker BOM List: A complete Bill of Materials, detailing all necessary hardware components, sensors, and essential parts required for building Tinker.
• Tinker Assembly Guide: Comprehensive assembly instructions, including images to facilitate the building process.
• Tinker Development: Learn how to expand and customize Tinker's functionalities through software development.

Videos

Explore Tinker's capabilities through various multimedia resources:

• Watch on YouTube
• View on bilibili
  Additional process videos can be found here.

By engaging with Tinker, users not only learn the principles behind robotic motion but also enjoy the experience of customizing and innovating their robotic projects as they dive deeper into the world of robotics.