In this video, I present a CV (Constant Velocity) Joint modeled in SolidWorks using reverse engineering from a real component. <br />The objective was to demonstrate motion analysis — showing how the balls move within the grooves during angular articulation and torque transfer. <br /><br />This project focuses on kinematic simulation rather than detailed manufacturing design. Achieving a truly constant velocity requires deep mechanical engineering precision and specialized manufacturing expertise, which goes beyond this study. <br /><br />Through SolidWorks Motion Analysis, I explored how simulation tools visualize mechanical motion, handle contact relationships, and maintain realistic part behavior. <br /><br />⚙️ Discussion Point for Engineers: <br />What are your best techniques to reduce numerical errors and improve simulation accuracy in SolidWorks Motion Analysis? Share your insights below! <br /><br />📘 Keywords: <br />SolidWorks motion analysis, CV joint simulation, kinematic study, reverse engineering, mechanical design, CAD modeling, motion simulation, engineering mechanism, SolidWorks tutorial, precision engineering, 3D modeling, SolidWorks projects <br /><br /><br />--- <br /><br />🔖 Hashtags <br /><br />#SolidWorks #CVJoint #MotionAnalysis #ReverseEngineering #CADModeling #MechanicalEngineering #Kinematics #3DDesign #EngineeringSimulation #DesignInnovation #SolidWorksProjects
