DMC-FX7
ƒ/2.8
5.8 mm
1/13
200

The tricky part is to get them to slither forward and to “do the sidewinder”… It takes coordinated motion along the segments and a lot of trial & error design work. These are version 5 (with 32 motors, nice binary relationship there) and version 3 (with 10 motors).

15 responses to “Robo-snakes”

  1. Cool cutting edge technology…

  2. I think this motion works better on a carpet..haha very cool ‘cuttin’ tech…

  3. I smell a DARPA grant. Why does’nt version 3 have 8 motors? Will version 6 have 64 motors 🙂

  4. That’s the 64 motor question…

  5. 2056 motors, here we come!

  6. There be three things which are too wonderful for me, yea, four which I know not:
    The way of an eagle in the air; the way of a serpent upon a rock; the way of a ship in the midst of the sea; and the way of a man with a maid.

  7. so are you taking your cues from actual snakes or just messing around? Because it seems like snakes have the ‘sidewinder’ thing down pat 😉

  8. acidzebra: Though improvement upon nature’s movement design is unlikley, improvement in a snake’s utilitiy is probably the goal. When was the last time you saw a snake follow the directions of a remote operator, gather megabytes of temprature, terrain and atmospheric data along it’s journey and not bite the hand that picks it up?

  9. my kids would love these.

  10. da hora seus trabalhos eu trabalho na area

  11. Looking forward to version 16, then. 65536 motors. Will be a looooong snake.

  12. Hello!! I know I am about 20 years late, but do you have any video of the operation? Have you made any other robotic creatures?

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