|
Front view. I chose a 4+4 legs design,
90° out of phase, to get a bit of the wave effect
that is so impressive in Theo Jansen's design. A
wider creature would be better for that, but this
one already depleted my supply of axle connectors.
That's why I used the old 3651
connector that I had in large supply. |
|
Top view. The walker is powered by
Power Functions elements: a battery box, a XL motor
and an IR receiver that allows to reverse direction.
The design needs some improvement, the battery
box is much heavier than the motor so the walker
veers in that direction. The battery box should
be moved towards the center of the construction. |
|
Bottom view. |
|
Close-ups on the legs and motor. |
|
The leg design. It could be improved,
as I find that legs are placed a bit too much below
the body. |
|
I used Euklides
2.02 geometry freeware to simulate leg design.
Here is the file matching the
leg geometry I used. You can experiment with segment
lengths on the right, and move the handle to see
how the leg behaves. The black curve represent the
movement of the tip of the leg. Design could be
improved to get a flatter curve at the bottom. |
|
Movie of the
walker (Divx5, 3.3Mb). |