ESP32 WROVER AI Robot Car Kit with Wi-Fi Camera | 4WD Programmable IoT Smart Vehicle for STEM Education | Wireless Image Transmission & Real-Time Control | AI Vision Tracking & Ultrasonic Obstacle Avoidance DIY Robotics Kit for Students & Makers

This AI robot car kit is powered by the ESP32 WROVER module — a dual-core processor with integrated Wi-Fi, Bluetooth, and large PSRAM memory for superior image processing and IoT applications. It features a 4-wheel-drive chassis, ultrasonic sensor, and OV2640 camera, offering a complete hands-on robotics and AI learning platform.

Through the built-in Wi-Fi module, users can stream live video directly to a smartphone or PC web interface and control the car in real time. Students can program autonomous navigation, object tracking, and line following algorithms using Arduino IDE, MicroPython, or ESP-IDF. The camera supports real-time image recognition tasks such as motion detection, color analysis, and AI vision-based decision making.

The ultrasonic sensor enables precise distance measurement and intelligent obstacle avoidance, providing a clear example of sensor fusion and real-time feedback control systems. With a robust 4WD drive train and independent motor control, the vehicle can move forward, backward, and turn smoothly in tight spaces — ideal for demonstrating AI navigation principles.

The ESP32 WROVER board supports both OTA updates and local serial programming, giving users flexibility for development and firmware upgrade. It can run as a Wi-Fi server, allowing IoT integration and remote data exchange between devices. Students learn how embedded processors communicate with sensors and motors while building AI functions that respond to visual and distance data.

The transparent acrylic chassis and structured cable layout make assembly intuitive, offering a realistic engineering experience in electronics and mechanical design. Each module is clearly labeled to help learners understand system integration and data flow within the robot.

Designed for STEM education and AI innovation, this robot car is suitable for classroom demonstrations, AI competitions, and university projects. It bridges the gap between theory and practice — empowering students to build, code, and experiment with real IoT robots capable of intelligent perception and autonomous control.

① Dual-Core ESP32 WROVER Processor with High Memory
The ESP32 WROVER chip features dual CPU cores and large PSRAM memory, allowing stable image processing and multi-task IoT operations. Ideal for AI experiments and real-time data processing projects.

② Real-Time Wi-Fi Camera Streaming and Remote Control
The integrated OV2640 camera supports live video transmission via Wi-Fi. Users can monitor the robot’s environment remotely and adjust movement in real time through a browser interface or custom app.

③ 4WD Drive System for Strong Mobility and Balance
Four independent motors deliver enhanced power and stability on various surfaces, making it ideal for dynamic motion tests and AI path planning demonstrations.

④ Ultrasonic Sensor for Smart Obstacle Avoidance
The ultrasonic module detects objects and distances accurately, enabling the car to avoid collisions automatically and illustrating autonomous feedback systems in AI robotics.

⑤ Comprehensive STEM + IoT Learning Experience
Integrates AI, robotics, and IoT education in one system. Students explore coding, electronics, and mechanical design while building critical thinking and problem-solving skills for the future of technology.

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