Work-in-progress

Paper – AFLogistics Building

AFLogistics is a mining corporation that owns the mining rights on many worlds. Their designs are utilitarian – they must be designed to stack, and fit into ships cargo holds as efficiently as possible. Cubes and rectangular pyramids are thus their bread and butter. Which is why I’m focusing on simple designs, even though this building is in my “inspiration” list. 🙂

Here’s a draft from last night:

IMAG2642.jpg

Design Constraints

  1. I put some models on my cutting mat and decided that a 5″x5″ building would be a good start. Much smaller and it isn’t that impressive. (must)
  2. I want it to be 2″ tall, just above the height of a Gates of Antares model in armour. (must)
  3. The roof must support models. It should even support heavy ones. I keep thinking about a Gladiator Titan.
  4. The design must be foldable.
  5. It must be able to be stacked so that people can make multiple levels.
  6. It should fit on Letter (8.5″ x 11″) sized paper so it’s more mass market.
  7. It should be a single piece of paper.
  8. It should open at the top.

A Brief Aside About Priorities

I’ve organized my constraints by “should” and “must” to help keep me focused. If whatever design I come up with doesn’t fit the “musts”, then it has to be discarded. If it doesn’t suit a “should”, then I have to think carefully about whether that design could be changed to suit, or whether I want to discard that constraint.

You have to be realistic about assigning priorities. Obviously, you could put “must” on everything, but then you haven’t actually prioritized anything, you’ve just made a list.

Back to Constraints

For the shipping container design, #4 was a little flexible so I made two different designs. I couldn’t find a design that was strong and foldable, so I made my customer decide which to use. This isn’t a great solution, but it did allow me to put a product out. Something I started worrying about was “endless design”, where you just keep revising until you lose all your energy.

Constraints #6 and #7 are opposing. I’ve made a few designs that would do one or the other. The one pictured above is the start of a design that might suit both, but I think probably won’t stand up to #3. So then do I drop one of 6 or 7 (can’t drop 3), or modify the design somehow to allow 3 to be met? We’ll see shortly, because I’m going to draw this in a CAD program, print it and build it to see what happens.

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