Pocketed Structural Support Plate for FRC Climbing Mechanism

Report
Designed a pocketed aluminum structural support plate for a competition robotics climbing mechanism. The component served as the primary mounting structure for the climbing arm and was engineered to maximize stiffness while minimizing weight. The project included complete CAD design and manufacturing documentation, with pocketing features optimized for CNC machining and assembly within strict space, strength, and weight constraints.
Published
in CAD Design Engineering Mechanical Engineering
manufacturing-design cad-design 3d-modeling mechanical-design machine-design mechanical-engineering engineering-design structural-design cnc-programming 3d-cad-modeling cnc-machining
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