Elevate Learning with the Automated Line Following Car: Advanced Level 3 Bundle 

Immerse your Grade 9 learner in a world of autonomous robotics, coding, and circuitry. The Automated Line Following Car: Advanced Level 3 Kit includes all the parts and tools needed to build a fully functioning robot car—powered by an Arduino and enhanced with infrared sensors, DC motors, relays, and a 7-segment display. As learners bring their car to life, they’ll discover how it senses a track, self-corrects its course, and responds to changing conditions, mirroring the innovation found in modern transportation technologies.

Pair the kit with our Advanced Level 3 Course and Book for a structured, guided journey through 40 engaging lessons. From wiring and coding to troubleshooting and customising, learners will refine their technical abilities and problem-solving skills. In parallel, they’ll explore Python-based coding, designing interactive games, and grasping cybersecurity essentials. By the end, they’ll have a strong foundation in robotics, programming, and digital safety—critical skills for tomorrow’s tech leaders.

Highlights:

• Ideal for Grade 9 Learners: Advanced robotics projects that challenge, inspire, and expand skill sets.

• Arduino-Powered: Dive into coding and electronic control with the included Arduino board.

• All-Inclusive Kit: Everything needed to build a self-driving car—no extra tools required.

• Advanced Components: Harness the power of photoresistors, relays, DC motors, and infrared sensors.

• Real-World Applications: Watch the car follow a track, make autonomous decisions, and adapt in real time.

• Seamless Integration: Pairs perfectly with our Advanced Level 3 Course and Book for a guided, holistic learning experience.

• Expand Coding Horizons: Move beyond circuits to create Python-based games and learn cybersecurity basics.

Launch your learner into the forefront of modern tech. With the Automated Line Following Car: Advanced Level 3 Bundle, they’ll gain confidence, creativity, and a deep understanding of autonomous systems—skills that will drive their future forward!