Let's Make Robots!

Viz the Clank

Keeps an eye on things.

Meet Viz! Some say he's just a pretty face, but he wasn't born yesterday...

He was born last Thursday.

Parts and Materials:

  • (1) 3 1/4 inch cat food tin (well cleaned)
  • (1) 3/4 inch copper pipe coupler
  • (4) metal pins (like you use for sewing)
  • (3) micro servos
  • (1) R/C receiver and matching transmitter
  • (1) 4xAAA battery pack with built-in switch 
  • (4) AAA batteries
  • Aluminum tubing from telescoping antenna.
  • Some 14 gauge copper wire 
  • Some 3/16 inch plastic sheet for the backing
  • Some Polymorph/Instamorph/Shapelock for the eyeballs
  • Spray primer and gold paint for base coat
  • Dark grey hobby paint and small paint brush for details

 

(Click picture for larger image.)

Ever needed a second pair of eyes? Viz can keep a lookout, though how he'll tell me what he sees I have no idea. It has been suggested that he might report what he sees through a series of blinks and eye movements. How tedious.

Viz was inspired by the little clank creations of Agatha Heterodyne in the web comic Girl Genius. I made him to take to the Steampunk World's Fair this year, where he did very well (1st place) in the Mad Science competition.

Maybe one day I'll add some automation. For now, he is remotely controlled via an RC transmitter. Inside Viz are three micro servos and an RC receiver. His eyes are made of polymorph/shapelock/instamorph, and their movements are guided by a pair of custom made 2-axis gymbols.

(Click picture for larger image.)

The gymbols are constructed from a 3/4 inch copper pipe couping, which I drilled, cut and soldered with some copper wire. Each eye can move left and right independently. Both eyes move up and down together.

Check this article out. I learned a lot from it.

For my gymbols, I cut two small copper rings from a copper pipe coupler. Before cutting them, I drilled holes through both sides on each end (a total of four holes). It is much easier to work with the piece before you cut it down to a smaller size. The holes are used for the pins which allow the eyes to pivot left and right.

(Click picture for larger image.)

To allow the eyes to pivot up and down, I used copper wire that I bent to shape over the top of the rings. My first attempt I used two separate pieces of wire (one for each ring). However, since I wanted to move the eyes up and down together, I pulled the whole thing apart and re-made it using a single longer wire across both rings. The result after soldering looked like a pair of old fashion spectacles, only with the arms sticking straight out the sides

I used two short lengths of metal tubing taking from an old telescoping antenna to make sleeve bearings for the up/down axle pivots. One sleeve fits over each end of the axle, and then the sleeve is hot glued to the inside of the can that makes Viz's body.

You can see Viz in operation, and what make him tick, click and clank, in the video.

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Watching the video where your trying to open him up, all I could think was...

"There's never a can opener around when you need one!"

Nice job IG.

 

Ha ha. That would have been funny. 

I should be receiving a one of CtC's little Picaxe 08m2 boards today. I think I can squeeze it into Viz for some automation. ; j 

Can i recommend some "Brasso" enhancement though.

This stuff is also magic for cleaning copperclad boards prior to etching :-)

Too bad there's no real brass on the little fella. Brasso would take his fine paint job right off, and he'd be nekkid.

Vizisection! Vivisection!  That's gold, right there!

LOL. Oh, that's rich!

What a piece of art you crafted there. One needs small fingers and patience to make it... but it looks really nice. This Viz is on my TODO list now. Nice one Andrew. Collected!

this clank is on my list as well!

Nice. Do you have more pictures of the eye construction?

I was in such an all-fired rush to get this done in time for the SPWF on the weekend. So I didn't take pictures during construction. I knew someone would want to see it.

I'll see what I can do about taking some close ups from the front, and I can open up the back and show you the mess inside.

Check this article out. I learned a lot from it.