Stewart Platform Manipulator CAD Modeling in SolidWorks | Step-by-Step Tutorial | Robotics

Welcome to another exciting SolidWorks Robotics Project! 🤖🛠️ In this video, we design and create a Stewart Platform Manipulator (Hexapod Robot) in SolidWorks from scratch. The Stewart Platform is a 6-DOF parallel robot widely used in flight simulators, motion platforms, precision positioning systems, surgical robots, and advanced robotic research. This tutorial walks through the complete CAD modeling process of the Stewart Platform, including the base platform, moving platform, links, joints, and final assembly. Whether you're a beginner in SolidWorks or interested in robotics design, this project will help you understand the mechanical structure of one of the most fascinating parallel manipulators. 📚 Topics Covered: ✅ Introduction to the Stewart Platform Manipulator ✅ 6-DOF Parallel Robot Architecture ✅ CAD Modeling of Base Platform ✅ CAD Modeling of Moving Platform ✅ Design of Links and Joints ✅ Assembly of Stewart Platform Components ✅ Mechanical Structure of a Parallel Robot ✅ Robotics-Oriented CAD Design 🤖 About the Stewart Platform The Stewart Platform is a parallel manipulator consisting of: • Fixed Base Platform • Moving Platform • Six Extensible Legs (Actuators) • Universal and Spherical Joints • Six Degrees of Freedom (6-DOF) The platform can perform: • X-axis Translation • Y-axis Translation • Z-axis Translation • Roll Rotation • Pitch Rotation • Yaw Rotation 🛠️ Software Used • SolidWorks • Part Modeling • Assembly Environment • CAD Design Tools 🎯 Applications of Stewart Platform • Flight Simulators • Motion Simulation Platforms • Surgical Robots • CNC Precision Machines • Spacecraft Docking Systems • Camera Motion Platforms • Rehabilitation Robots • Parallel Manipulators 🎯 Who Should Watch This Video? • Mechanical Engineering Students • Robotics Engineering Students • Mechatronics Engineers • CAD Designers • Automation Engineers • SolidWorks Learners • Robotics Researchers 🚀 By the End of This Video, You Will Learn To: ✔ Design a Stewart Platform in SolidWorks ✔ Model robotic components accurately ✔ Assemble a complex parallel manipulator ✔ Understand the mechanical structure of a 6-DOF robot ✔ Prepare CAD models for kinematic analysis and simulation 📌 This video is part of the SolidWorks for Robotics Engineering playlist. 🔔 Upcoming Videos: • Stewart Platform Kinematic Modeling • Forward Kinematics of Stewart Platform • Inverse Kinematics of Stewart Platform • Workspace Analysis of Stewart Platform • Python Simulation of Stewart Platform • Jacobian Analysis • Robot Motion Visualization 👍 If you enjoyed this tutorial, don't forget to Like, Share, and Subscribe for more Robotics, SolidWorks, CAD Design, Python, and Engineering content. #SolidWorks #StewartPlatform #Hexapod #ParallelManipulator #CADModeling #RobotDesign #Robotics #MechanicalEngineering #Mechatronics #EngineeringDesign #SolidWorksTutorial #RobotCAD #6DOFRobot #ParallelRobot #EngineeringProjects #RobotAssembly #CADTutorial #RoboticsEngineering #Mech2Robo #SolidWorksProjects