Delica sketch

 

One vehicle I’m particularly a fan of is the Mitsubishi Delica. The first time I’ve seen one of these was in Austin. I was very drawn to its stubby proportions. With its knobby tires, brush guards and vinyl graphics, it looked like a very adventurous looking vehicle from a different era. This was sketched on an iPad using Sketchbook Pro.

 

Some initial progress before the final version.

 

GX470 sketch

 

Around Torrance, I see a lot of interesting different types of vehicles. I’ve seen R32 GTRs, Mclarens, Ferraris, and even some stanced Lexus LS430s. One vehicle I’m a fan of is the modified GX470. When I was in college, these were primarily used as grocery getters driven by soccer moms. Lately, people are learning that these vehicles are great for off-roading. Around town I’ve seen examples of GX470s with lift kits, roof racks and extra fuel canisters. I think its a very cool, repurposed look.

I wanted to create a sketch thats aggressive, yet fun. I thought pearl paint with bronze trim would look classy. The design features useful off roading accessories like a roof rack, extra gas tank, a modernized brush guard and plenty of LED lighting. This was sketched on an iPad with Sketchbook Pro.

 
 

Some initial progress before the final line drawing and color.

 

3D Printed Plant Pots

 

One thing I always wanted to do with a 3D printer was to create some interesting plant pots. I did an image search and saw some really interesting designs
that you couldn’t produce with conventional injection molding.

 

I sketched out three different types of ideas. The first is a “screw” type design. It’s a design that looked more scalloped and organic.
The second design involves a pillowed “waffle” design that wraps around the pot. With the third design, I sketched out a more geometric idea that where each layer resembled a ring of bricks.

 

Amongst the three, I liked the “screw” design the best, and wanted to see how it can be made. With Adobe Illustrator, I explored different types of profiles. Some profiles were more dense, while other profiles were more organic or geometric.

 

Using Solidworks, I tried modeling a few of these profiles and liked the scalloped profile the best. I copied the profile onto three planes and experimented with size and rotation to get the right shape. After finding the right shape, I added a base with drainage holes that features a rotated pill-shaped hole design.

 

After almost 19 hours of printing, the first design turned out great!

 

I was very pleased with how this pot turned out. The overall shape looks modern and sculptural.
The rotating design has movement like a turbine.

 

The next design I attempted to model was the “waffle” design. After a few attempts trying to emulate the scalloped surfaces I sketched, I settled upon creating a more geometric pattern and then added rounds to the inner surfaces to create a softer look. The pattern almost resembles a pineapple skin.

 

After 17 hours of printing, I was very satisfied with the result. The overall design looks more robust
compared to the more organic 1st design.

 

I’m very satisfied with how these first two designs turned out. I may create more designs in the near future. If theres enough interest, I may sell these pots individually.

 

Some 3D prints

 

Since the first Prusa nameplate print, I’ve been dabbling in a lot experiments. There has been a lot of headache, tweaking and failures.
Through these experiences, I’m now more comfortable using my Prusa MK3S+.

I bought and tested a variety of different filaments. I experimented with both PLA and PETG.

 

The Lucky 13 model was a bit tricky. It required more precision to print the smaller parts and make them fit to form a posable action figure.
I learned that PETG is a better material, due to its flexibility vs the brittleness of PLA.

 

After figuring out the smaller Lucky13 figure, I decided to print a larger version. The larger version was very successful, with the parts fitting together correctly and feeling robust. I think it may have taken around 4 days to print out all the parts.