Concealed Wall-Mounted Multi-Gym | SolidWorks Mechanical Design & Folding Mechanism

Concealed Wall-Mounted Multi-Gym | Mechanical CAD Design & Product Development Designed a space-saving, wall-mounted fitness equipment concept that combines a foldable pull-up and dip-bar assembly with a concealed decorative portrait frame. The project focused on mechanical CAD design, folding linkage geometry, structural component arrangement, and practical fabrication considerations using SolidWorks. The assembly incorporates a wall-mounted support frame, hinged structural arms, triangulated support linkages, and integrated exercise grips. The folding architecture was developed to allow the equipment to transition between an extended workout configuration and a compact storage position. Key Design Features: - Mechanical CAD & Assembly Design: Developed a multi-component assembly incorporating support arms, hinge connections, mounting brackets, and structural linkages. - Folding Mechanism Development: Explored linkage geometry and component positioning for compact deployment and storage. - Structural Design Considerations: Considered load paths, bracing, joint connections, and wall-mounting requirements for a fitness equipment application. - Space-Saving Product Design: Integrated a decorative portrait frame to conceal the equipment when stored. - Design for Manufacturing (DFM): Considered standard metal profiles, sheet-metal fabrication, mechanical fasteners, and practical assembly methods. - 3D Product Visualization: Created a realistic product presentation illustrating the wall-mounted configuration and intended user environment. Project Focus: SolidWorks CAD modeling, mechanical assembly design, folding mechanisms, product development, metal fabrication concepts, and design for manufacturing. The concept demonstrates how mechanical functionality, compact product architecture, and visual design can be integrated into a single consumer fitness product.