ACEBOTT QD001 ESP32 Smart Robot Car Starter Kit V2.0 - 4WD Mecanum Wheel A feature-packed, programmable robotics kit designed for STEM learners, hobbyists, and educators. Built around the powerful ESP32 microcontroller, this kit is the perfect entry point into robotics, embedded systems, and Arduino-based development. V2.0 Upgrade Highlights The QD001 Smart Car Starter Kit V2.0 improves the learning and classroom experience while keeping the core 4WD Mecanum smart car design. Printed assembly manual plus digital version for easier first-time building Pre-installed factory firmware for quicker startup and basic testing after assembly Knowledge-oriented tutorial design suitable for both individual learning and classroom instruction Independent four-motor control for more flexible Mecanum wheel motion and control-system learning Learn by Building – Smart Mobility in Action Designed for beginners and young engineers, the kit supports: Mecanum wheel drive for omnidirectional movement Line tracking for autonomous navigation Obstacle avoidance using ultrasonic sensors Remote control via Bluetooth, Wi-Fi, or IR All programmable through the ESP32 board, enabling hands-on learning in robotics, IoT, and control systems. 16 Knowledge-Oriented Tutorials Includes 16 detailed tutorials that combine coding, electronics, and mechanical engineering. The V2.0 tutorial structure is more knowledge-oriented, making it easier for learners to understand each concept step by step and for educators to use the kit in classroom teaching. Ideal for: STEM classrooms Maker spaces Arduino enthusiasts Robotics competitions Smart car prototyping Product Details Brand Name ACEBOTT Model Number QD001 Version V2.0 Series Explorer Series Category STEAM & STEM Kit, STEAM & STEM Toy, Robot Kit Type Smart Robot Car Kit Recommended Age Starter Kit for Kids Ages 8-16 Application Scientific & Educational Toys, Home STEAM & STEM Education, Classroom STEAM & STEM Education Controller Boards ESP32 Programming Languages Arduino, ACECode, Python Tutorial Design 16 knowledge-oriented tutorials for individual learning and classroom instruction Assembly Manual Printed assembly manual and digital version available Factory Firmware Pre-installed firmware for quicker startup and testing Motor Control Independent control of four motors Place of Origin Guangdong, China Supports Expansion Combination: The QD001 basic smart car kit serves as the core, and expansion packs can be added to customize its shape and features. Resources Tutorial: Download the QD001-QD0010 tutorial Wiki: QD001 Smart Car Starter Kit for ESP32 Add Extension Packs to Transform into Different Car Kits (Expansion packs must be purchased separately) Let's explore more fun combinations by ACEBOTT smart robot car! 3 Easy Steps to Use Step 1: Assemble Step 2: Code Step 3: Remote Control The Value of a STEM Starter Kit Beginner-Friendly Smart Robot Car Kit Powered by the ESP32 microcontroller, this kit is tailor-made for STEM beginners. With 16 knowledge-oriented tutorials, learners can dive into coding, electronics, and robotics with a clearer step-by-step learning path. (Batteries not included) V2.0 Teaching Experience Upgrade The V2.0 version adds a printed assembly manual while keeping digital resources available. It also comes with pre-installed factory firmware, helping learners test the smart car more quickly after assembly and reducing setup barriers for first-time users. Expandable & Customizable Learning Unlock more possibilities with support for 9 modular expansion packs, including a camera module, robotic arm, and solar panel kit. (Expansion packs sold separately) Omnidirectional Mecanum Wheels Master advanced mobility with 360° movement—drive forward, sideways, or diagonally with precision. The V2.0 version supports independent four-motor control, making it suitable for exploring kinematics, motion control, and robot navigation. STEM Education Meets Fun Control Ideal for classroom learning, maker projects, and robotics competitions. Control your smart car via IR remote or mobile app, and explore concepts like embedded systems, sensor integration, and wireless communication.
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