SamaraBoT is a real robotic arm, designed from scratch to introduce children to industrial automation. Learners build it, wire it and program it, then keep growing it from a teaching tool into a desktop fabrication robot.
Automation already runs factories, warehouses and laboratories. Most children never get close enough to understand how.
Robots are everywhere, yet almost always as finished products to watch, press or play with. The ideas behind industrial automation, such as motion control, sensors and repeatable routines, stay hidden inside a closed box.
SamaraBoT was built to open that box. It is a real robotic arm that children can learn with at school, at home or anywhere their curiosity takes them. Nothing is simulated: the motors, the sensor and the conveyor are the same kinds of building blocks used in automated production lines, scaled down to a desk.
Building it covers the whole chain of a real automated system:
Our goal is for every young builder to explain how a machine moves, senses and repeats a task, and to feel confident they could build the next one.
Every decision, from the mechanics to the app, has to pass one test: does it help a learner understand what the robot is doing?
Assembling the arm, wiring the electronics and writing the first commands is the lesson, not a step before it.
The Motor Code window shows the real command behind every button, and learners can type and run their own.
Jog to a position, save it, add waits, automate with a sensor, run the routine. It is the workflow used with real industrial robot arms.
The arm and the app stay the same while the tool at the end changes. That is how a teaching robot becomes a drawing, printing or engraving machine.
Explore the control app, follow the development roadmap, or join a workshop and build the arm yourself.