Designed a complete 68-component quadcopter drone assembly in SolidWorks, focusing on structural optimization, weight reduction, and modularity. The project demonstrates mechanical design integration across propulsion, frame, and control systems while ensuring stability and manufacturability.
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Arjun
Project Timeline
Sep 2025 - Sep-2025
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Modeled every part of the drone frame, motor mounts, landing gear, and central chassis with mechanical precision and consistent fit tolerances.
Used multi-body part modeling and advanced mates to achieve realistic rotational movement of propellers and arms.
Optimized structural supports using lightweight lattice truss arms to minimize mass while maintaining rigidity.
Designed components for potential 3D-printing and modular maintenance, reducing part replacement complexity.