This looks promising *is completly dumbfounded*

...
what do they do *tilts head curiously*

http://www.youtube.com/watch?v=QHX9uC9HHWM

now, that... is seriously cool.. =)
I would love to see something like this.. in mass productions.. you'd have fursuiters sawing off arms and legs to allow their ears to move unaided =3

ewwww Oo

what i'm trying to say is.. this is very cool.. =P

thanks ^^ check out my light up tails and collars

.. I'm very interested in this sorta thing.. more than I thought =)
I watched you, aswell, and I'm gonna keep an eye up for more awesome stuffs =3
now, I wanna go through your entire gallery, actually.. so I will..
*grin*

http://www.youtube.com/watch?v=AKTnmNcNeVk range of motion program running.. so i can find center on the servos.

awesome =)

arduio controlled ears? i have wanted to do the same thing for awhile now and i have an assload of RF modules and a few cheap ($6) bluetooth to RS232 adapters i sorta want to make an arduino/microservo controlled cat ears controlled by my phone

tho i might use an attiny 25 to cut back on the jitters caused by the arduino server library
tho i hate ACR C >_>

to kill the jitters just average the PWM signal before the servos

well yes but the current servo controller library only allows 180 steps per rotation when most servos can do 512 or as high as 16 bit for digital servos (65,535 steps) this allows you to modulate the speed (like a stepper motor in a CNC) so it does not do the physical jitter when doing rotation at less than the max speed of the motor (servo.write(pos=pos+0.1); instead of Servo.write(15); for a simple example of 5x slower movment will jump every 1* when the angle gets above 0.5 instead of slowly moving to 1*)

got any xbees that will take 5v straight on?

no i dont think they make those ... but to send 3.3v in to an xbee from 5V you only need 2 resistors

to receive from an xbee you need a transistor to bring the voltage up to 5V ... that can be done with this i made awhile ago http://www.furaffinity.net/view/7810959/ tho it does work better with R3 being just 1k ohm i later found out

BUT i do believe the arduino will take 3.3v without a transistor pullup ... you might need a small pull up resistor tho im not entirely sure ... but the xbee will not so you need the 2 resistor downshift for sure

i have 2 dead xbees from not pulling the voltage down on them XD

i got rs232 shifters.. just rather keep the parts count low

well RS232 is not a 3.3v protocall ... its a 12 volt protocall so the rs232 shifter will send 12 volts in to the xbee O3o