PMD Way Blog

Imagine a delicate dance of algorithms and geometry, where robots navigate their surroundings with unparalleled accuracy and grace

The Four-Legged Robot operates by utilizing the PCA9685 module to control the 12 servo motors responsible for the robot's movements. By programming the servo motors to move in synchronization, users can create lifelike walking and turning motions for the robot

Equipped with sensors and actuators, the Hexapod Robot can navigate its surroundings with ease. It can detect obstacles, adjust its movements, and even perform complex tasks

With its advanced capabilities and cutting-edge technology, this humanoid robot is pushing the boundaries of what is possible in the world of robotics

To demonstrate how kinematic concepts apply to electric vehicles, Nissan built the e4ORCE ramen delivery robot.

Driven by two motors per leg, this flightless walking robot takes a leaf from nature's book to reduce power draw by 75 percent.

Arduino-controlled electromagnetically reconfiguring robotics.

Build your own version of the Samsung Ballie robot with Arduino

Four autonomous robots work together to find and remove underwater ocean trash in the SeaClear Project.