This advanced four-wheel Arduino Smart Robot Car Kit is designed for STEM education and robotics learning. It combines infrared line tracking, ultrasonic distance sensing, and servo-based scanning to simulate autonomous navigation. The UNO R3 controller supports C/C++ coding and Mind+ block programming, offering flexibility for both beginners and advanced learners. Students can experiment with sensor fusion, motion algorithms, and PID tuning, exploring how robots perceive, decide, and act. The modular design uses plug-and-play terminals with a durable acrylic chassis and metal standoffs. Clear illustrated manuals allow complete assembly in 30 minutes. Safe, eco-friendly, and compliant with CE/EN71/IEC62115 standards, this robot car supports school labs and DIY projects alike—perfect for learning automation, control, and coding principles in an interactive way.

Highlights

• Infrared line tracking, ultrasonic distance sensing, and servo sweeping operate in synergy to form a complete autonomous navigation logic. The IR module detects contrast between surfaces for precise line following, while the ultrasonic sensor measures 2–400 cm range and servo rotation enables 180° scanning for obstacle avoidance. Students can tune thresholds and sensitivities in Arduino code, testing decision models like “track-first with avoidance override.” These features allow exploration of wall-following, moving-target detection, and path planning experiments, providing a hands-on foundation for control theory, PID optimization, and robotics perception.
• Supports dual programming environments—Arduino IDE for text coding and Mind+ for drag-and-drop visual logic—bridging beginners to structured algorithmic thinking. With 20+ open-source projects like auto-parking, ultrasonic distance display, and closed-loop speed control, learners can modify parameters, extend functions, and visualize feedback. Teachers can develop layered courses, from logical basics to sensor fusion and motion algorithms. Compatible with Bluetooth, Wi-Fi, OLED, and IMU modules for a scalable educational system connecting electronics, coding, and robotics design.
• The car features plug-and-play terminals and Dupont connectors—no soldering required. Components including the motor driver, ultrasonic, IR modules, and servo mount directly to the mainboard. Its reinforced acrylic base and metal pillars provide rigidity for long-term use. A step-by-step illustrated manual allows quick, confident assembly within 30 minutes. Designed for teaching efficiency and maintenance, it supports classroom reuse and easy part replacement. Complies with CE, EN71, and IEC62115 standards, making it safe for lab, competition, and home learning environments.
• This kit functions as both a teaching platform and competition-ready robot. Teachers can design curriculum units on auto-parking, PID tuning, and path optimization, while students collect and analyze data to understand robotics control systems. Perfect for classroom assessments, maker labs, and robotics contests, it includes downloadable source code, debugging guides, and editable teaching slides. At home, learners can expand with Bluetooth or voice control, transforming the project from entry-level exercises to advanced research prototypes.
• All parts meet CE, EN71, IEC62115, and RoHS compliance. Low-voltage motors maintain safe operating temperature, while the odorless ABS and acrylic structure ensures durability and eco-friendliness. The PCB includes short-circuit and reverse-polarity protection for safe wiring. Packaging uses recyclable materials aligned with GCC sustainability standards. Suitable for learners aged 8+, the kit combines educational engagement with international safety assurance—ideal for classrooms, innovation labs, and certified training centers across the GCC.