Motorized Hoverboard

This project presents the complete CAD model of a Motorized Hoverboard, developed as part of a mechanical design and fabrication study focused on compact personal electric mobility systems. The assembly has been designed and modeled using professional CAD tools with attention to structural integrity, manufacturability, and functional integration of all subsystems. The hoverboard consists of a rigid chassis frame that supports two independently driven wheel assemblies, each powered by electric hub motors. The design incorporates housing for battery packs, motor controllers, and balancing electronics, ensuring proper weight distribution for stability during operation. Key mechanical components such as wheel hubs, motor mounts, bearings, and protective covers have been carefully designed for durability and ease of assembly. The uploaded files include: Fully detailed part models of all mechanical components Complete assembled model of the hoverboard system Proper mating constraints representing realistic mechanical behavior Manufacturing-ready geometry suitable for fabrication or 3D printing This design emphasizes compactness, balance, and modular assembly, making it suitable for further development into a functional prototype. The project demonstrates practical application of CAD modeling, mechanical design principles, and system integration for electric mobility solutions. Feel free to explore the assembly structure and individual components for a better understanding of the design approach and engineering decisions.