VIDEO

Joystick-Controlled Robo Car

Take control of the Robo Car using a joystick! Students programmed the joystick to move the car forwards, backwards, left and right. This interactive project develops coding, control-system and problem-solving skills while demonstrating how commands can be used to control a robot’s movement.

VIDEO

Follow-Me Pet Robo Car

Meet our friendly Pet Robo Car that follows you wherever you go! Students programmed the car to use its ultrasonic sensor to detect a person or object in front of it and maintain a suitable following distance. This fun project develops coding, sensor-control and problem-solving skills while introducing autonomous robot movement.

VIDEO

Line-Following Robo Car

Watch the Robo Car automatically detect and follow a marked line! Students programmed its line-tracking sensors to recognise the path and continuously adjust the car’s direction. This exciting project develops coding, sensor-control and problem-solving skills while introducing the technology used in autonomous robots.

VIDEO

Robo Car Figure-Eight Challenge

Watch the Robo Car travel smoothly along a figure-eight path! Students programmed the car’s movements, speed and turning times to create the number-eight pattern. This fun challenge develops sequencing, timing, problem-solving and precise movement-control skills.

VIDEO

Robo Car with Automatic Headlights

Watch the Robo Car automatically switch on its headlights when it travels through a dark area! Students programmed the car to detect changes in the surrounding light level and turn on its lights when needed. This project introduces light sensing, automation and conditional coding while demonstrating how automatic headlights work in real vehicles.

VIDEO

Obstacle-Avoiding Robot

Watch our smart robot navigate safely around obstacles! Students programmed the robot to use its ultrasonic sensor to detect objects in its path, stop before a collision and automatically change direction. This exciting project develops coding, problem-solving and engineering skills while demonstrating how real autonomous robots understand and respond to their surroundings.