Learn Fusion 360 in 30 Days - Day #6: 3D Model a Hex Nut

This tutorial guides users through the process of 3D modeling a hex nut in Fusion 360. It covers setting up document units, creating a hex nut base using the polygon and extrude features, adding chamfered edges with the revolve feature, mirroring features for symmetry, and creating a threaded hole using the hole feature. The tutorial emphasizes practical tips and shortcuts to efficiently use Fusion 360 tools.

What is the first step before starting the hex nut model in Fusion 360?

• Import a hex nut template

• Create a new project

• Set the document units to millimeters

• Set the document units to inches

Which tool is used to create the thickness of the hex nut?

• Revolve

• Loft

• Chamfer

• Extrude

Why can't the chamfer command be used directly for the hex nut's edges?

• It doesn't follow the inner circular shape

• It requires a different material

• It only works on square shapes

• It is not available in Fusion 360

What is the purpose of creating a midplane in the hex nut modeling process?

• To export the model

• To adjust the size of the hex nut

• To create a reference for the mirror feature

• To add color to the model

Which feature is used to replicate the chamfered edges on the bottom of the hex nut?

• Offset

• Scale

• Mirror

• Pattern

What is the advantage of using the hole feature for creating a threaded hole?

• It adds a decorative pattern

• It is faster than creating a sketch and extruded cut

• It increases the model's weight

• It automatically colors the hole

Why is it important to select 'modeled' for the thread in the hole feature?

• To change the color of the thread

• To make the thread a 3D model for printing

• To reduce the file size

• To ensure the thread is visible in the software