CAD_drone

Project Title: Mechanical Design and Assembly of a Quadcopter Drone

1. Project Overview This project involves the complete mechanical design and 3D modeling of a quadcopter drone. The work encompasses the creation of a full assembly layout as well as detailed fabrication drawings for individual components. The design focuses on a modular structure featuring a central body with four extending arms.

2. Component Breakdown The drone assembly is constructed from several key custom-designed parts, as detailed in the project's Bill of Materials (BOM):

Frame (Body): The central structural unit that houses the internal components. The design requires two units of this part.

Legs (Arms): Four structural arms designed to extend from the frame to hold the propulsion system.

Gears: Four gear mechanisms integrated into the propulsion assembly.

Fans (Propellers): Four aerodynamic propellers designed for lift generation.

Leg Gears: Four landing gear or motor mount components attached to the ends of the legs.

3. Technical Specifications & Drafting The project documentation includes comprehensive 2D technical drawings for manufacturing purposes:

Orthographic Projections: Each part is detailed with Top, Front, and Side views to ensure geometric accuracy.

Dimensioning: Precise dimensions are provided in millimeters (mm) for all contours, radii, and mounting points.

Geometric Detailing: The drawings specify critical features such as the 144.00mm propeller span , the 75.00mm leg length , and the complex curvature of the main frame.