The Mystery and Science of Pinball Theater @ Chicago Pinball Expo 2012

“It’s the most expensive 3 legged machine ever built!”

If you’re going to the Chicago Pinball Expo later this week, be sure to check out our panel at 4:00 PM Friday, October 19th!

It’s “The Mystery and Science of Pinball Theater”! See our amazing video riff of classic Bally-Williams promo videos, using Spooky Pinball’s perfect replicas of some famous hot-glue robots. This is followed by a live “game show” where the audience can win a bunch of great prizes from Spooky Pinball sponsors.

ZT software tool: translate ipv4 to ipv6

Also at the show, look for Ben Heck Zombie Adventureland T-shirts that can be signed by myself, John Popadiuk, or both!

Hope to see you all there!

printrbotGO

printrbotGO and a Companion Cube. Click for larger version

I just can’t stop building portable 3D printers! Check out my new printrbotGO – an all new design in collaboration with printrbot.com

The goal here was to create an interesting, functional, sturdy design and then have it be available pre-built or as a kit. This is the first prototype and will be demonstrated at World Maker Faire New York weekend of September 28th – 30th.

Specs:

  • Printrboard electronics, steppers, pulleys, extruders and hot ends (all existing commodity parts from one source)
  • Print size 200mm x 185mm x 150mm. Not sure why I lost that 15mm on the Y axis, will probably have that at 200 as well in the future.
  • Runs off a wall wart power brick or internal Li-Polymer batteries. We estimate 2 hours print time in PLA.
  • Folds up to a size of 19″ x 14.5″ x 5.5″ – can fit in a plane’s overhead bin.
  • Much smaller “deployed” footprint than my previous models.

For lots of build photos and more details, click below!

 

Continue reading printrbotGO

Raspberry Pi Project

A nice slice of Pi. Click for larger version.

Android devices: MINIX NEO X7 and MINIX X7 mini

For the latest episode of the Ben Heck show we built a retro-style case for the Raspberry Pi single board computer.

Features include:

  • Power switch and standard barrel power plug / wall wart.
  • Card-edge connector (cartridge slot) for easy general purpose I/O breakout.
  • Custom PCB’s for experimentation and learning.
  • Hinged keyboard allowing easy access to internals and storage for experimentation parts.

To see how it was built and the unit in action, visit element14.com/tbhs.

Click for larger version.