Equip IMU Sensor Remove Sensor

Click a button above to test

An IMU (Inertial Measurement Unit) acts like the human inner ear, detecting gravity and tilt.

Run AI Vision (-30%) Lift Heavy Box (-40%) Walk 1km (-20%) Recharge

Click buttons above to drain battery

Robots are walking supercomputers. Processing AI data consumes massive amounts of electricity!

Switch to Robot Eye

Click the button above to switch views

❌ Push it away ⭕ Wait 3 seconds

Click your choice above

Robot Etiquette: Treat working robots just like you would treat a working human. Give them space!

Steel Gripper Soft Pneumatic Hand

Choose a hand to grip the egg

Soft Robotics: Instead of rigid metal, robots are now using silicon and air pressure to safely handle fragile items in our daily lives.

Train: 10 tries Train: 100 tries Train: 10,000 tries

Click buttons to train the AI

Reinforcement Learning: The AI tries random movements in a simulation. It gets "points" for getting closer to the goal, eventually mastering the skill.

Drop Obstacle

Click to disrupt the robot's path

Dynamic Path Planning: Robots constantly scan their environment. If blocked, algorithms like A* (A-Star) instantly calculate a new optimal detour.

Lift Alone Call the Swarm

Choose how to lift the box

Swarm Robotics: Inspired by ants, hundreds of small robots communicate locally to perform massive tasks without a central brain. Used heavily in Amazon warehouses.

Toy Motor Precision Servo

Equip a motor to draw

Actuators & Encoders: Robot joints don't just spin; they have sensors (Encoders) that tell the computer exactly how many degrees they have turned, allowing zero-error movements.

Old Industrial Mode Modern Cobot Mode

Click modes to see how safety changes

Collaborative Robots (Cobots): Equipped with ultra-sensitive torque sensors. If they feel even the slightest unexpected resistance (like bumping a human), they instantly freeze to prevent injury.