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The 3D_design_robot_leg project is an advanced 3D model of a robotic leg created using Tinkercad. It integrates eight motors for complex movements. The modular design ensures easy assembly and modification, making it perfect for educational purposes in robotics and mechanical engineering, offering a practical example of motor integr

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3D_design_robot_leg

This project contains a 3D model created using Tinkercad. The model is designed to demonstrate the use of eight different motors for movement and functionality.

Table of Contents

Introduction

The 3D_design_robot_leg project is a 3D model designed to showcase the integration of eight motors to achieve complex movements. The model was created using Tinkercad and is intended for educational and experimental purposes.

Features

  • 3D Model: Designed using Tinkercad.
  • Eight Motors: The model uses eight different motors to perform various movements.
  • Modular Design: Easy to assemble and modify for different experiments.

Requirements

  • 3D Printer
  • Tinkercad account (for modifications)
  • Motor controller board
  • Power supply
  • STL File

Installation

  1. Clone the repository:
    https://github.com/xd7fx/3D.design.robot.leg/blob/e90d82ee7f02cbcf1bbf153b3436d0bf28c9736f/robot%203D%20with%20servo%20motors.stl
    

Print the 3D model using a 3D printer. Assemble the parts as shown in the image provided.

Usage

Connect the motors to the motor controller board. Power the motors using the appropriate power supply. Control the movements using your preferred programming language or software.

Files

Spectacular Allis.stl: The main 3D model file.

لقطة الشاشة 2024-07-04 142036

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The 3D_design_robot_leg project is an advanced 3D model of a robotic leg created using Tinkercad. It integrates eight motors for complex movements. The modular design ensures easy assembly and modification, making it perfect for educational purposes in robotics and mechanical engineering, offering a practical example of motor integr

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