The world is stuffed with instructional robots for STEAM schooling, however we haven’t seen one as small or as cute as the Skoobot, an entry on this 12 months’s Hackaday Prize. It’s barely greater than an inch cubed, however it’s nonetheless filled with motors, a battery, sensors, and a microcontroller highly effective sufficient to change into a pocket-sized sumo robotic.
The inside every Skoobot is small, however highly effective. The primary microcontroller is a Nordic nRF52832, giving this robotic an ARM Cortex-M4F mind and Bluetooth. The sensors embrace a VL6180X time of flight sensor that has a spread of about 100mm. Skoobot additionally features a gentle sensor for all of your robotic photovoring wants. Aside from that, the Skoobot is nearly what you’d count on, with a serial port, a buzzer, and a few tiny wheels mounted in a plastic body.
The thought behind the Skoobot is to deliver robotics to the classroom, introducing youngsters to combating/sumo robots, whereas nonetheless being small, low cost, and cute. To that finish, the Skoobot is totally controllable by way of Bluetooth so anybody with a telephone, a Pi, or another could make this robotic transfer, flip, chase after gentle, or sync a number of Skoobots collectively for a choreographed dance.
Whereas the Skoobot is an entry for this 12 months’s Hackaday Prize, the creator of the Skoobot, [Bill Weiler] is also making these available on Crowd Supply.