Image of people interacting with Smart Motors
Screen free image

Standalone

Smart Motors are standalone systems that do not require computers to program thereby making it easy to setup and use.

Hands on learning

Tactile

Smart Motors allows hands-on experimentation fostering deeper understanding through tactile experiences.

Trainable system

Trainable

Smart Motors uses training as a method of programming so its behavior is determined by the user data.

Low barrier high ceiling

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.

Smart Motor V3

How It Works

Step 1 demonstration

Setup

Connect your preferred sensor to the sensor port. If you wish to use the built-in accelerometer, leave the sensor port empty. Then, turn the Smart Motor ON!

Step 2 demonstration

Train

Navigate to + mode using the side buttons. Add motor position and sensor reading pairings to create data for the Smart Motor.

Step 3 demonstration

Play

Enter play mode and observe how the motor moves according your sensor inputs.

Step 4 demonstration

Build

Build something and Have Fun!!

Gallery