This task marks the first practical milestone in "The Fabricator" phase . The requirement is to utilize Fusion 360 to transform an imaginative concept into a precise 3D digital model. I chose to design "Thor's Hammer" , as it combines fundamental geometric shapes with intricate details, allowing me to explore the full potential of digital design tools
The objective of this assignment is to master CAD modeling skills by applying the following features:
Create Sketch (2 D): To construct the geometric foundations and initial blueprints for each part of the hammer.
Extrude: To transform 2D sketches into 3D objects by giving them the required depth.
Center Diameter Circle: To draw circles with geometric precision, specifically for the handle design.
Fillet & Chamfer (Modify): To smooth or bevel sharp edges, giving the design a realistic and sleek appearance.
Coil: To design complex spiral elements found on the hammer's grip.
Text: To add unique inscriptions and engravings on the hammer's body for enhanced detail.
Selecting the XY Plane and starting a "Create Sketch" for the base
Using the "Center Rectangle" tool to draw the primary blueprint of the hammer head, ensuring precise dimensions for geometric symmetry before the extrusion process.
Using the "Center Rectangle" tool to draw the rectangle representing the main hammer body, then applying the "Extrude" command to transform it into a 3D object with the hammer's signature bulky dimensions.
Drawing a circle using the "Center Diameter Circle" tool and setting the dimensions.
Using the "Extrude" tool to pull the circle upward and create the 3D body.
Applying "Chamfer" from the Modify menu to bevel and shape the edges precisely.
Utilizing the "Fillet" tool to transform flat surfaces into a smooth, convex shape.
Selecting the "Coil" tool from the Create menu to design the spiral grip.
Smoothing the coil ends using the "Fillet" tool for a seamless finish.
Creating a new sketch on the hammer faces and adding the desired "Text".
Applying "Extrude" to the text to create an embossed effect on the surface.
Exporting the final model as an "STL" file with proper naming and storage location.