Recently, I decided to try Plasticity, and I must say it completely blew my mind! As a long-time Blender fan, I didn't expect to enjoy another tool as much as I did with Plasticity. Its simplicity, minimalistic interface, and ease of modeling are fantastic. After completing the Apple Watch tutorial, I went on to model the AYANEO Pocket DMG, a retro console, in Plasticity and then rendered it in Blender. The workflow between the two applications was seamless, thanks to the Blender Bridge, which is another significant advantage. A big shoutout to Nikita for guiding me through my initial steps and for his constant giggles of amazement at how impressive the app is—it made the whole process even more enjoyable!❤️ Wishing happy modeling to everyone!

Great! Here is my result.

Decided to spend a day doing this model, but it didn't require all that time. While surface modeling is great for many things, I think it's fair to say that it's not generally applicable to all situations. The main fan housing in this model was created using a revolved spline that took seconds to do and although you could use surface modeling that would seem a bit crazy for a symmetrical object such as this. Rendered in Blender 4.3. This model was from an image - taken at an oblique angle - I found on Pintrest. There were no other images available and I've made a few modifications to the design. I may get back to adding decals at some stage, but this will do for now.

I found slightly more interactive way to view 3D reference of this course. This glb-file model was downloaded from original resource https://www.dji.com/global/osmo-pocket-3 It can be viewed more detailed in any online glTF Viewer. For example here: https://gltf-viewer.donmccurdy.com/

I'm getting closer to the end. This practice taught me a lot. I'm happy that I managed to make this model. There are a few details left..