That thing is HUGE. Now the servo wires look to like 80 gauge. What is the current draw going to be? will the standard size servo wires work without a hitch?
EDIT>> Wait… I see a second set of wires that are thicker. I guess the motors are feed independently from the pulse signals?
The voltage is 12vdc and it states the loaded current is 3 amps. The device gains its large torque due to a lot of gear reduction. It’s slow, but it will be fun to make a hexapod capable of carrying 50lbs. Note that value is preliminary based on some simple math I did in my head. lol So don’t hold me to it.
I got the 20 servos to experiment with. I got 10 of the 1.5 second ones, and 10 of the 750uS ones. I will sell them on the website while I see what I can do with them. I will have to order more to build my beasts.
will you be documenting the whole build? i think it would make an extremely interesting project.
design idea pictures along with construction pictures would be cool.
If I was to plot your progress over the years on a curve, I say that we will have hexapods that will be able to lift us and carry us around within the next 10 years!
I can’t wait to see that hexapod, and ordering which size “seat” to put on it!
Actually if you really really want to build the largest R/C hexapod ever, you need to use these servos: ckdesigntech.com/tonessps105.html
For those who don’t want to check the link, that is 27.5 ft/lb, 5000 oz/in servo power in a 2 pound package. It goes way beyond the InvenScience in terms of power per wheight ratio.
And just for reference the largest non-RC hexapod ever built might very well be John Deere’s Logging vehicle: youtube.com/watch?v=CgBNjdwYdvE