This Hexapod robot using Arduino Mega 2560 as uC to controll all input devices and output devices. As the name, this robot has 6 legs with 3 joints on each leg which are controlled by a servo motor.

This branch is specifically for autonomous coding. Included below is the README for the original project, ari86m/Kinne-Hexapod-Software. Software for hexapod robot designed by Wayne Kinne and built at ...

Educational robotics company Hiwonder has released miniHexa, an AI hexapod robot based on an ESP32 with Arduino programming support. Its physical prowess comes from its 18 individual servo motors that ...

[David’s] been making robots since he was 16. After conquering the basics, he wanted to build something a bit more interesting than a simple wheeled-robot — he wanted to buy a hexapod but they were ...

Check out this custom made iPhone app that robotics student Robert Stephenson created. Robert wrote this app to control his Hexapod robot using the the user inputs on the iPhone. Roberst control ...

Arduino enthusiasts looking for a new project this weekend may be interested in this awesome DIY balancing robot, which has been created using parts that cost roughly $80. Components include two ...

Abstract: Mobile robots are the most important branch in the field of robotics. With the rapid development of modern science and technology, the research focus of robots has gradually shifted from ...

Robot lawnmowers can be extremely pricey, even at the lower end of the market, setting you back quite a few hundred dollars. If you would prefer to make your own and learn a little more about Arduino ...