Standalone
Smart Motors are standalone systems that do not require computers to program thereby making it easy to setup and use.
Tactile
Smart Motors allows hands-on experimentation fostering deeper understanding through tactile experiences.
Trainable
Smart Motors uses training as a method of programming so its behavior is determined by the user data.
Low-barrier High-ceiling
Smart Motors enable both low barrier to entry and high ceiling for complexity, making them suitable for beginners and advanced users alike.
How It Works
Step 1 of 4
Setup
Gallery
A student demonstrates how he would install cameras to check on the bunnies, ...
A student demonstrates catapult for bunnies to jump over the fence, as a solu...
A student demonstrates his solution with a DC motor attached to Smart Motor f...
A contraption to help move the farmer from one side of the garden to the othe...
A waving mechanism that uses gears and belts wave hello to you as you approac...
A waving mechanism that uses a rack and pinion mechanism to wave at you in an...
