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Arduino Robot Car Kit 2WD | STEM Programming Robot Car | Line Tracking & Obstacle Avoidance | Ultrasonic Sensor & IR Module | Nano Board Compatible | DIY Coding Robot Kit for Kids & Beginners
- Line Tracking Robot Car with IR Sensor Module Line tracking robot car equipped with infrared tracking sensors accurately detects black and white contrast paths for stable route following. This IR sensor robot kit supports maze challenges, smart path navigation experiments, and autonomous movement testing. Students can modify threshold values and optimize tracking algorithms, making it ideal for robotics competitions and programmable robot car projects.
- Ultrasonic Obstacle Avoidance for Autonomous Navigation Obstacle avoidance robot car featuring an ultrasonic sensor module for real-time distance measurement and collision prevention. This ultrasonic robot kit teaches distance calculation, echo signal processing, and feedback control logic. Learners can adjust detection range, motor response timing, and turning behavior, transforming this STEM robot car into an autonomous navigation learning platform.
- Nano Board Compatible & Arduino IDE Programmable Nano board compatible smart robot car fully supports Arduino IDE programming and open-source development. This Arduino compatible robot kit enables PWM motor speed control, digital I/O interaction, sensor integration, and expansion module upgrades. Ideal for students learning embedded systems, robotics programming, and microcontroller development in real project scenarios.
- DIY Maker Robot Kit with Expandable Hardware Design DIY robot car kit built on an open expansion shield structure, allowing easy connection of Bluetooth modules, servo motors, additional sensors, and communication boards. This maker robot platform supports secondary development and custom robotics experiments. Suitable for hobbyists, engineering students, and STEM innovation projects seeking modular robotic systems.
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Arduino Robot Car Kit 2WD | STEM Programming Robot Car | Line Tracking & Obstacle Avoidance | Ultrasonic Sensor & IR Module | Nano Board Compatible | DIY Coding Robot Kit for Kids & Beginners
Arduino Robot Car Kit 2WD | STEM Programming Robot Car | Line Tracking & Obstacle Avoidance | Ultrasonic Sensor & IR Module | Nano Board Compatible | DIY Coding Robot Kit for Kids & Beginners
- Line Tracking Robot Car with IR Sensor Module Line tracking robot car equipped with infrared tracking sensors accurately detects black and white contrast paths for stable route following. This IR sensor robot kit supports maze challenges, smart path navigation experiments, and autonomous movement testing. Students can modify threshold values and optimize tracking algorithms, making it ideal for robotics competitions and programmable robot car projects.
- Ultrasonic Obstacle Avoidance for Autonomous Navigation Obstacle avoidance robot car featuring an ultrasonic sensor module for real-time distance measurement and collision prevention. This ultrasonic robot kit teaches distance calculation, echo signal processing, and feedback control logic. Learners can adjust detection range, motor response timing, and turning behavior, transforming this STEM robot car into an autonomous navigation learning platform.
- Nano Board Compatible & Arduino IDE Programmable Nano board compatible smart robot car fully supports Arduino IDE programming and open-source development. This Arduino compatible robot kit enables PWM motor speed control, digital I/O interaction, sensor integration, and expansion module upgrades. Ideal for students learning embedded systems, robotics programming, and microcontroller development in real project scenarios.
- DIY Maker Robot Kit with Expandable Hardware Design DIY robot car kit built on an open expansion shield structure, allowing easy connection of Bluetooth modules, servo motors, additional sensors, and communication boards. This maker robot platform supports secondary development and custom robotics experiments. Suitable for hobbyists, engineering students, and STEM innovation projects seeking modular robotic systems.
$42.75
Arduino Robot Car Kit 2WD | STEM Programming Robot Car | Line Tracking & Obstacle Avoidance | Ultrasonic Sensor & IR Module | Nano Board Compatible | DIY Coding Robot Kit for Kids & Beginners—
$42.75
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
- Line Tracking Robot Car with IR Sensor Module Line tracking robot car equipped with infrared tracking sensors accurately detects black and white contrast paths for stable route following. This IR sensor robot kit supports maze challenges, smart path navigation experiments, and autonomous movement testing. Students can modify threshold values and optimize tracking algorithms, making it ideal for robotics competitions and programmable robot car projects.
- Ultrasonic Obstacle Avoidance for Autonomous Navigation Obstacle avoidance robot car featuring an ultrasonic sensor module for real-time distance measurement and collision prevention. This ultrasonic robot kit teaches distance calculation, echo signal processing, and feedback control logic. Learners can adjust detection range, motor response timing, and turning behavior, transforming this STEM robot car into an autonomous navigation learning platform.
- Nano Board Compatible & Arduino IDE Programmable Nano board compatible smart robot car fully supports Arduino IDE programming and open-source development. This Arduino compatible robot kit enables PWM motor speed control, digital I/O interaction, sensor integration, and expansion module upgrades. Ideal for students learning embedded systems, robotics programming, and microcontroller development in real project scenarios.
- DIY Maker Robot Kit with Expandable Hardware Design DIY robot car kit built on an open expansion shield structure, allowing easy connection of Bluetooth modules, servo motors, additional sensors, and communication boards. This maker robot platform supports secondary development and custom robotics experiments. Suitable for hobbyists, engineering students, and STEM innovation projects seeking modular robotic systems.
