The ESP32 Smart Robotics Car Starter Kit is a versatile and educational robotics kit designed for beginners and young innovators to explore smart car programming, electronics, and robotics. Built on the ESP32 controller board, this kit combines hands-on assembly, coding, and maker exploration, offering a complete learning experience for STEM education.

Equipped with Mecanum 4WD wheels, the car can move in all directions, providing omnidirectional navigation for line tracking, multi-directional obstacle avoidance, and dynamic follow mode. Users can control the smart car via an infrared remote or mobile app, making it intuitive to operate. The kit features 16 story-based tutorials that guide users through programming principles, electronic hardware fundamentals, and creative project ideas.

Designed for scalability, the car supports a variety of expansion packs (sold separately) such as robotic arms, voice control, and image recognition modules, allowing learners to enhance their projects and explore advanced robotics. Programming is simple with ACE Code drag-and-drop interface, Arduino IDE, or web-based coding, making it perfect for beginners, students, and makers.

Easily program with the AceCode graphical coding interface

Features:

• ESP32 main controller board for powerful performance and flexibility.

• 4WD Mecanum wheels for omnidirectional movement and smooth navigation.

• Multi-way line tracking and obstacle avoidance for autonomous exploration.

• Infrared remote and mobile app control for intuitive operation.

• Follow mode for interactive learning and dynamic control.

• 16 story-driven tutorials covering programming, electronics, and STEM principles.

• Expandable system compatible with advanced packs for image recognition, robotic arms, and voice commands.

• ACE Code graphical interface for easy drag-and-drop programming.

• Perfect for STEM education, DIY robotics projects, coding practice, and maker learning.

Specifications:

• Main Controller: ESP32 board

• Wheel Design: 4WD Mecanum wheels for omnidirectional movement

• Control Methods: IR remote, mobile app, web interface

• Features: Multi-way line tracking, obstacle avoidance, follow mode

• Educational Material: 16 story-based tutorials for assembly and programming

• Expandability: Supports additional packs (QD001 to QD008) for robotic arms, image recognition, and other advanced features

• Sensors: Includes gyroscope for enhanced functionality

• Learning Goals: ESP32/Arduino programming, electronic hardware principles

• Steps to Use: Assembly → Coding → Maker Exploration

• Programming Interface: ACE Code drag-and-drop IDE

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