Author - Jonathan Spitz
facebook.com/Billybluebeetle
facebook.com/Billybluebeetle
Billy was inspired by STAR, developed at UC Berkeley
Billy was inspired by STAR, developed at UC Berkeley
Billy, the blue beetle is a proof-of-concept 3D printed hexapod robot. After 20 days of rapid prototyping it can already walk and climb obstacles.
Billy's components include:
1 Arduino Leonardo
1 Motor Driver
1 BlueSMiRF bluetooth module
2 LiPo batteries (3.7V 2000mAh each)
2 DC motors + encoders
A bunch of screws and 3D printed parts
Billy can be controlled from a smartphone via Bluetooth, and has 2 different sets of legs: straight ones (shown being printed) or spiral ones (shown on Billy).
Billy dressed up as "Villy, the vampire" to wish everyone a spooky Halloween!
Would you like to go trick-or-treating with Villy?
Billy was walking all over the world! The tour included Haifa, San Francisco, New York City, Buenos Aires and Mendoza.
Unfortunately United Airlines sent Billy's bag to Rostov, Russia! Then he was sent back to TLV, all the way to SFO and back to NYC where we finally re-United just in time to catch the flight to Argentina.
Since he didn't actually get to walk in San Francisco or NYC, I prepared a "virtual" walk for Billy.
Billy was walking around the office and showing off!
He can climb slopes of over 30 degrees and walk over obstacles half his height }![]()
Charlie is a 3D printed hexapod robot that you can control with your smartphone. He is an advanced prototype based on my previous experience with Billy, the blue beetle.
Charlie can climb obstacles about as tall as himself and walk on slopes larger than 45 degrees! Plus, he's absolutely adorable
Charlie's brain is an arduino micro which receives commands from the Bluetooth module. The arduino relays the signals to two "baby orangutan" microprocessors that control Charlie's motors. Two motors are used for walking and two more for sprawling (rotating the legs sideways).