Robotics
Elevate Learning with the Automated Line Following Car: Advanced Level 3 Kit – Perfectly Paired with Our Advanced Level 3 Learner Course and Book!
Immerse your Grade 9 learner in the cutting-edge world of automotive robotics with the Automated Line Following Car: Advanced Level 3 Kit. Designed for eager minds ready to take the next leap, this comprehensive set provides every part and tool needed to construct a fully functional, self-correcting robot car. Powered by the included Arduino, learners will dive deep into coding and circuitry, harnessing the synergy of relays, DC motors, a 7-segment display, and infrared sensors.
As they build, wire, and program their car, students explore how the vehicle senses its track, detects when it drifts off course, and steers itself back onto the right path. By working hands-on with these advanced components, learners gain invaluable real-world engineering skills that stretch their imagination and technical ability. Paired seamlessly with our Advanced Level 3 Course and Book, this kit delivers a guided journey from unboxing to autonomous success!
Highlights:
Ideal for Grade 9 Learners: Challenges students with more complex robotics concepts and hands-on engineering.
Arduino-Powered: Unleash the power of coding with the included Arduino board, bringing projects to life.
All-Inclusive: Every part and tool is included—no extra trips to the store required.
Advanced Components: Explore photoresistors, relays, DC motors, a 7-segment display, and infrared sensors.
Real-World Applications: Witness your car respond to track conditions, adjust direction, and maintain control on its own.
Perfect Pairing: Integrates flawlessly with our Advanced Level 3 Course and Book, ensuring guidance every step of the way.
Launch your young innovator into new frontiers of robotics, coding, and automotive engineering with the Automated Line Following Car: Advanced Level 3 Kit—where technical mastery meets real-world impact!
Elevate Learning with the Automated Line Following Car: Advanced Level 3 Kit – Perfectly Paired with Our Advanced Level 3 Learner Course and Book!
Immerse your Grade 9 learner in the cutting-edge world of automotive robotics with the Automated Line Following Car: Advanced Level 3 Kit. Designed for eager minds ready to take the next leap, this comprehensive set provides every part and tool needed to construct a fully functional, self-correcting robot car. Powered by the included Arduino, learners will dive deep into coding and circuitry, harnessing the synergy of relays, DC motors, a 7-segment display, and infrared sensors.
As they build, wire, and program their car, students explore how the vehicle senses its track, detects when it drifts off course, and steers itself back onto the right path. By working hands-on with these advanced components, learners gain invaluable real-world engineering skills that stretch their imagination and technical ability. Paired seamlessly with our Advanced Level 3 Course and Book, this kit delivers a guided journey from unboxing to autonomous success!
Highlights:
Ideal for Grade 9 Learners: Challenges students with more complex robotics concepts and hands-on engineering.
Arduino-Powered: Unleash the power of coding with the included Arduino board, bringing projects to life.
All-Inclusive: Every part and tool is included—no extra trips to the store required.
Advanced Components: Explore photoresistors, relays, DC motors, a 7-segment display, and infrared sensors.
Real-World Applications: Witness your car respond to track conditions, adjust direction, and maintain control on its own.
Perfect Pairing: Integrates flawlessly with our Advanced Level 3 Course and Book, ensuring guidance every step of the way.
Launch your young innovator into new frontiers of robotics, coding, and automotive engineering with the Automated Line Following Car: Advanced Level 3 Kit—where technical mastery meets real-world impact!
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Includes Hardware Kit
On-demand Video Courses
Certificate of Completion
Understanding and implementing algorithms is essential for learners, especially in coding and robotics, as it provides a structured approach to problem-solving and task execution. By creating and applying algorithms, learners can develop efficient code that allows robots to perform tasks accurately, enhancing their logical thinking and preparing them for more complex programming challenges.
1x
Uno R3 Development Board
1x
8.5 x 5.5cm Breadboard
1x
65 Male-to-male jumper cables