Autonomous Missions
Build complete robot missions from start to finish. You will combine driving, line following, color detection, Motion Sensor turns, the gripper, and the elevator into one working autonomous sequence.
Accurate Driving
Use encoder motors to control movement with precision. The robot can measure wheel rotation, drive a specific distance, keep a stable speed, and make more accurate turns.
Gripper and Elevator
Control the robot's grabbing and lifting mechanisms with servo motors. The robot will learn to grab objects, lift them, move them to another place, and release them at the right moment.
Line Following
Use Line Followers to detect the black line and stay on the correct path. The robot reads the surface, understands where the line is, and adjusts motor speed to keep moving smoothly.
Color Detection
Use Color Sensors to recognize colors on the mat and mission objects. The robot can make decisions based on color and react automatically during a mission.
Precise Turns
Use the Motion Sensor to measure rotation and make accurate turns. Instead of turning only by time, the robot tracks its angle and stops at the right position.
Real-World Testing
Test programs on the real mission mat and improve them after each run. You will learn to analyze movement, correct mistakes, and make the robot complete tasks more reliably.
Step-by-Step Assembly
Build the Little Robot with clear instructions. Each assembly stage is explained in order and supported by a video guide, so every part is easier to install correctly.
First Robot Program
Start programming in Arduino IDE with ready-made Barigadam libraries. You will learn the main functions, build your own robot logic, and study real code examples for WRO Elementary tasks.
