The hexapod robot uses 12 servos to control its six legs, with each leg having two degrees of freedom: one for horizontal movement (coxa joint) and one for vertical movement (femur joint). The Arduino ...

Description: The hexapod robot is controlled through a custom mobile application that sends commands to the robot via Bluetooth. The robot is capable of moving forward and backward using its six legs.

What’s more awesome than a normal hexapod robot? What about a MEGA hexapod? Max the Megapod, a six-legged 3D-printed walking robot, is an open source, Arduino-based, Bluetooth controlled ...

The robot is based on a two-wheeled design with tank-style steering. Controlled by an Arduino Uno, the robot uses a Slamtec RPLIDAR sensor to help map out its surroundings.

The hexapod robot was developed with careful consideration of the characteristics of insect limb movement and its limb branches are designed to be highly effective for its intended purpose. It ...

Hexapod robot Watch this video on YouTube. “I designed, built, and programmed an Arduino powered hexapod from scratch over the last 3 months, and this video takes you through that journey!

Say hello to KMR-M6, a little hexapod robot from Japanese robot maker Kondo. KMR-M6 is a six-legged bug designed for the hobbyist market, and in the configuration seen here, costs just ¥76,000 ...