bristlebot 3d models

... so the battery can touch it. step 4: hotglue the holder to the toothbrush head step 5: cut (if needed) the toothbrush hairs to length and bend them backwards so the bristlebot will go forward instead of in circles. ...step 6: decorate and race!

Bristlebots are interesting machines. Simple, yet still capable of propulsion. Though it doesn't look like much I figured it was worth sharing. All you need is a motor, a battery and two M3 screws. ...

Slides over a standard toothbrush head, allowing lego blocks to be part of your bristlebot.

... so the battery can touch it. step 4: hotglue the holder to the toothbrush head step 5: cut (if needed) the toothbrush hairs to length and bend them backwards so the bristlebot will go forward instead of in circles. ...step 6: decorate and race!

I was inspired by the Evil Mad Scientist Labs' design(http://www.evilmadscientist.com/article.php/bristlebot), but I wanted to make a cheap, vector-steerable bristlebot, and this is what I came up with. Powered by two vibrating motors and two...

This is a combo pager motor holder and battery holder for a toothbrush based bristlebot. I used this design successfully with a large group of kids. The design will work best if two pieces of 24ga solid wire are soldered to the motor leads and...

... so the battery can touch it. step 4: hotglue the holder to the toothbrush head step 5: cut (if needed) the toothbrush hairs to length and bend them backwards so the bristlebot will go forward instead of in circles. ...step 6: decorate and race!

My first pass on making a printable bristlebot bug thing. Instructions I'll add more pics, instructions, parts list etc. soon. I obviously also plan to make it look a little better than a box on...

Bristlebots can't back up, so this is important. The bot is surprisingly fast and exeedingly adorable. The circular shape didn't really work, though--I need to make the shell come down almost to the ground to keep the bristles from catching on...

Ever wanted to 3D print your own Bristlebot? Well now you can. BeetleBot in action >>> https://www.youtube.com/watch?v=FAmfD0BB9do The BeetleBot uses two low cost DC powered motors (1 motor x $2 AUD + 1 motor x $0.70 AUD). One DC motor powers the...

Ever wanted to 3D print your own Bristlebot? Well now you can. BugBot in action >>> https://www.youtube.com/watch?v=8qf1JVT-FMs The BugBot uses only one low cost DC powered motor (1 motor x $2 AUD). The DC motor powers the vibrating bristles to move...

Ever wanted to 3D print your own Bristlebot? Well now you can. Millibot in action >>> https://www.youtube.com/watch?v=FAmfD0BB9do The MilliBot uses two low cost DC powered motors (1 motor x $2 AUD + 1 motor x $0.70 AUD). One DC motor powers the...

Ever wanted to 3D print your own Bristlebot? Well now you can.  Millibot in action >>> https://www.youtube.com/watch?v=FAmfD0BB9do The MilliBot uses two low cost DC powered motors (1 motor x $2 AUD + 1 motor x $0.70 AUD). One DC motor...

Ever wanted to 3D print your own Bristlebot? Well now you can. BeetleBot in action >>> https://www.youtube.com/watch?v=FAmfD0BB9do The BeetleBot uses two low cost DC powered motors (1 motor x $2 AUD + 1 motor x $0.70 AUD). One DC motor...

Ever wanted to 3D print your own Bristlebot? Well now you can. BugBot in action >>> https://www.youtube.com/watch?v=8qf1JVT-FMs BashBots in action >>> https://www.youtube.com/watch?v=FAmfD0BB9do The BugBot uses only one low cost DC powered motor...

Then, using the principle of operation of the "BristleBot" (many examples in youtube), I created this species of mouse (although actually reminds me more of a hedgehog ..). Unfortunately I have to confess that the cat does not seem very interested .....