Sport watch project v1

The final version of the watch shown both from the front and the back

In October 2019 I started to work on the design and production of a watch, which I completed in April 2021, having worked on it roughly 300 hours. I have listed in the table below what I have done myself, what I have outsourced because I did not have the tools required, and the components that I bought. I ended up buying the movement, crystals and gaskets and either doing the rest myself or having my designs printed professionally. I believe this makes this watch comparable to any watch from a watch company that does not produce in-house movements.

Re-shaped and straight-grained bridges with beveled and polished angles

What I did

  • Design the base dial
  • Texture the base dial
  • Design the printing on the dial
  • Design the indices
  • Finish the indices
  • Design the logo
  • Finish the logo
  • Assemble all components of the dial
  • Design the case
  • Finish the case
  • Re-finish the movement
  • Service the movement
  • Assemble the movement, dial and encase them

What I outsourced

  • 3D printing the dial
  • Pad printing on the dial
  • 3D printing the indices
  • 3D printing the hands
  • 3D printing the case, caseback and crown

What I bought

  • ETA 6498 movement
  • Screws, gaskets and glasses
3D printed dial and pad printing design

The number of steps in the process of creating the watch are quite large and I realized early on that I would need a system to organise the work on the different components, manage dependencies and track my progress. I chose to use a Gantt chart and the online TeamGantt website, but any Gantt chart software or even spreadsheet would work.

I used free software to design the vector graphics (BoxySVG) and 3D models (FreeCAD). I also used Blender to create 3D images.