The microcontroller board Raspberry Pi Pico can be used for robotics. This can be done by pairing it up with DC Motors, here's how you can do it.

While hobby robots might use cheap servos or brushed motors, for any more advanced balancing robot you might want to reach for a brushless DC motor and a new fully open-source controller.

[Carl Bugeja] has been working on his PCB motors for more than three years now, and it doesn’t seem like he is close to running out of ideas for the project. His latest creation is a tiny ...

The four input pins (2-7-10-15) receives motor drive instructions from the MCU. In short, U2 acts as the interface between the microcontroller (U3) and the dc motors (M1&M2) in which instructions from ...

KUKA's compact robots in the KR Agilus series are precise, agile and fast. As agile systems these five-axis and six-axis handling units feature short cycle times and high repeatability, particularly ...

That's why Rex, a new "robot brain" is so important. Like Hardware Battlefield finalist ModBot, Rex offers one important part of your robot project and streamlines the process of implementing ...

The long-term vision for RoboBall is to make it a fully autonomous and remotely deployable exploration tool. One day, this robot could be launched from lunar landers to map steep crater walls on the ...

Hyundai Motor Group announced $5 billion additional investments in U.S. efforts, what does that mean for the Savannah-area metaplant?