Quadcopter Frame Structure – CATIA V5 3D Model

This is a complete 3D CAD design of a quadcopter frame structure created using CATIA V5. The design includes all major structural components including the central hub, four arms, motor mounts, landing gear, and electronic component housing. Key Features: Lightweight structural design optimized for strength-to-weight ratio Central hub accommodates flight controller, PDB, and battery Four arms with precise motor mount angles Landing gear for stable ground support Electronic housing with ventilation holes for cooling Complete assembly with all components positioned accurately Assembly analysis and interference checks performed Design Highlights: Optimized for UAV and drone applications Proper clearance for propellers Design for Manufacturing (DFM) principles applied Full parametric design with proper feature tree Vibration reduction features integrated into motor mounts Deliverables: 3D CATIA models (.CATPart, .CATProduct) Full assembly with constraints 2D manufacturing drawings (if required) STEP and IGES files for prototyping STL files for 3D printing Software Used: CATIA V5 Applications: Drone design, aerospace engineering, UAV development, product design, 3D printing, robotics Skills Demonstrated: 3D Modeling (Solid & Surface) Assembly Design Lightweight Structure Design Design for Manufacturing (DFM) Interference and Clearance Analysis Parametric Design Product Development Mechanical Design Aerospace Engineering Prototyping