Robot Playground
for everyone

You don't need to read thick textbooks.
We discover how robots see, think, and move by playing with them.
Scroll down to enter the Secret Lab and uncover the truth behind the machines.

1. Robot Balance

Robots easily lose balance. Equip sensors to keep it standing!

Warning: IMU Sensor Missing!

Click a button above to test
An IMU (Inertial Measurement Unit) acts like the human inner ear, detecting gravity and tilt.

2. Battery & Power

Why do robots run out of power so fast? Try clicking the tasks.

100%
Click buttons above to drain battery
Robots are walking supercomputers. Processing AI data consumes massive amounts of electricity!

3. Robot Vision AI

Robots don't see pictures. They see data and math.

DOG: 98% MATCH
HOODIE: 89%
Click the button above to switch views
AI and LiDAR map the world into grids, points, and probability boxes.

4. Robot Etiquette

A delivery robot suddenly stops in front of you. What do you do?

❌
Click your choice above
Robot Etiquette: Treat working robots just like you would treat a working human. Give them space!

5. Soft Grippers

Robots have strong grips, but can they hold an egg without breaking it?

Waiting for gripper...

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.

6. AI Machine Learning

Robots aren't born smart. They learn by failing thousands of times.

Ready to learn a backflip!

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.

7. Obstacle Avoidance

What happens when a sudden obstacle blocks a robot's path?

Path is clear. Proceeding...

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.

8. Swarm Robotics

Sometimes, many simple robots are better than one complex robot.

Target is extremely heavy.

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.

9. Precision Motors

Why do robots move so precisely compared to toys?

Target: Exactly 90 Degrees

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.

10. Safety Sensors

How did dangerous factory robots safely move into cafes?

STANDBY
🦾

Select a mode to test safety!

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.

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