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This mechanical component is a Clevis Mount or Yoke Linkage, a common engineering design used in mechanical assemblies to allow for pivotal movement. In Onshape, this model demonstrates a clean application of parametric 3D modeling. Design Features & Geometry The part is characterized by two distinct functional sections: Upper Clevis/Yoke: The top features a U-shaped fork with two parallel "ears." Each ear has a precision-drilled through-hole, designed to hold a clevis pin or bolt. The rounded tops of these ears suggest a design meant to clear rotating mating parts. Lower Hub/Boss: The base consists of a thick cylindrical hub with a large central bore. This is likely the primary mounting point, designed to slide onto a shaft or axle. Structural Web: A vertical "web" or "rib" connects the yoke to the hub. This transition is critical for distributing loads and ensuring the part doesn't snap under tension or shear forces. Likely Modeling Workflow in Onshape Based on the visual geometry, the part was likely constructed using these steps: Hub Creation: A sketch on the Right or Front plane consisting of two concentric circles, followed by an Extrude (Symmetric) to create the base cylinder. Web & Base Plate: A sketch on the Top plane or a mid-plane to create the rectangular transition piece, joined to the hub using the Add merge scope. Yoke Extrusion: A sketch on the face of the base plate to draw the U-shape profile, followed by a vertical Extrude. Hole Features: Using the Hole tool or a sketch with circles and a Remove Extrude to create the pin holes in the upper ears. Fillets/Chambers: While the image shows sharp edges, a final step in Onshape would typically involve adding Fillets to the interior corners of the "U" to reduce stress concentrations. watch other tutorials here the link bellow • Onshape CAD Tutorial: 2D Drawing to 3D Par... • 3D Mechanical Bracket Modeling Tutorial (L... • BEST ONSAHAPE TIPS and TRICKS! Step-by-ste... • CAD Drawing for Absolute Beginners #Onshape #CAD #EngineeringDesign #3DModeling #MechanicalEngineering #MechanicalDesign #CADTutorial #STEM #IndustrialDesign Don't forget to Like, Comment, Subscribe, and Share!