This Simple Bot was inspired by a work by artist James Rouvelle, called Colony, in which a bunch of odd-shaped ellipsoids self-propel around their env...
Remove the handle from your scrub brush with a pair of cutting pliers. The surface should now be made completely flat. Use your cutting pliers to tri...
Put the batteries into the battery holder. Place a small piece of paper between one end of a battery and the battery holder. This piece of paper will...
Place the battery holder atop the scrub brush and the motor atop the battery holder. Zip tie them all together. This may take a little bit of patience...
Twist together the black wire from the battery terminal to the black wire from the motor. Next twist together the red wire with whatever color wire i...
Pass the bristlebot through the slit. Pull out the blue tab from between the battery and the holder as to turn on power to the motor. Your bot should...
This Simple Bot was inspired by a work by artist James Rouvelle, called Colony, in which a bunch of odd-shaped ellipsoids self-propel around their environment. It is my understanding that his bots were made by placing a vibrating motor freely inside of a Styrofoam ball that was then coated to give it an irregular shape. This dynamic makes his orbs fluctuate between wobbling in place and jerkily moving around the room. While this is a cool interaction, I was more interested in making something that had a more regular motion and was able to roll steadily about. Towards this end, I have created Rolly Bot. To simply explain, Rolly is basically an over-sized tennis ball with an over-sized bristlebot placed inside. This allows Rolly to be rolled in whatever direction the bristlebot inside so chooses to drive.
It seems that if the center of gravity is low enough it will always correct itself, that is if the bristlebot is big enough to never fall fully on its side without bumping into the inside of the ball.
If you are using a pager motor, a 9V battery is far too much. Even for a motor of this size, a 9V battery is a tad much. Normally these motors take 3V to 4.5V. You might overheat and burn out the motor.
can anyone give me a website/part number of a motor like this, i'm new torobots and making things and i don't know where to look or what to search for one like this
This one was removed from a $5 personal massager from Walgreens. You can also pull them out of any gaming controller with a rumble pack. A vibrating motor like this is not something you could typically buy somewhere. You can make them out of any standard motor pretty easily by attaching any weight off-centered to the motor shaft.
this is pretty cool :-) i have a general question: How do i find out, which is the right voltage for my motor? i do have some lying around but i do not know which voltage i should apply ...
I got everything hooked up and wired correctly and even put a push button on there to power it off and on ,new batteries also, however, when i remove the paper and turn the button on, the motor spins slowly or it just stalls. I'm sure the push button isn't putting up any resistance because it's merely there to complete the circuit. Do you have any suggestions for why it could be doing that?
I got it. It was the voltage after all. Another battery made it work perfectly. The motor said 3-6V so that extra battery really made a difference. Cool idea and it was perfect for my first project. thanks for your help!
Nothing is in the way of the weight and I'm using the motor from one of the massagers from CVS which looks practically identical to yours so I'm assuming 3V. I'm using 2 AA's. Should I try it with 4 of them?
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cheating!
Question: do you think that it would endure the attentions of a feisty cat?
Nonetheless, 9V might be too much.
i have a general question: How do i find out, which is the right voltage for my motor? i do have some lying around but i do not know which voltage i should apply ...
thank you!
tm