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happyopossumtoday at 6:21 PM3 repliesview on HN

Fun writeup! I was surprised by the part about styrofoam boxes though:

  Despite their popularity, they have a few disadvantages:

  They come in predefined sizes which mandate a certain weight allowance
  They cannot be flexible for your specific payload, making it hard to be efficient with payload layout
  They are expensive compared to more custom solutions

This shocks me, as styrofoam is one of the easiest materials in the world to cut, shape, fasten, and customize to your heart's content. I'm all for 3d printing stuff, but in the theater world we build a ton of very detailed (and shockingly durable) stuff out of foam all the time....

Buying a styrofoam box and just accepting that it's gotta be that shape and size feels like a huge waste.


Replies

radeeyatetoday at 7:56 PM

I think another point I hadn't included was the flexibility I had with prototyping different boxes. The hardware was changing all the time, and being able to just 3d print another revision was very convenient.

If I did something like that with styrofoam, it probably would have gotten pretty expensive. The precision you get from printing was also a plus, as there needed to be slots for cameras, antennas, and circuit board mounting holes.

show 2 replies
rtkwetoday at 6:28 PM

Seems like the simple solution is a Styrofoam sheet, a $10 hot knife and some glue solves the customization problem almost trivially.

nkrisctoday at 6:44 PM

In my intro Industrial Design class long ago we fashioned styrofoam and many other kinds of foam into every shape imaginable with a hot wire, some utility knives, and contact adhesive. A wood rasp worked well for organic and rounded forms (wear a mask), though that’s probably not needed in this application.