Wi-Fi AI Robot Car Kit with Camera | ESP32-CAM Smart IoT Vehicle | 4-Wheel Drive Programmable Robotics Platform with Wireless Video & Ultrasonic Obstacle Avoidance | DIY STEM Educational Kit for AI, Coding & Autonomous Navigation Learning

This Wi-Fi AI robot car kit combines IoT technology, computer vision, and embedded control in a powerful STEM learning platform. Built around the ESP32-CAM microcontroller, it provides real-time image streaming and wireless control through Wi-Fi, introducing students to modern IoT and AI applications. Its four-wheel-drive chassis ensures stability and mobility across classroom experiments and competition environments.

The ESP32 module integrates a high-resolution camera and Wi-Fi communication, allowing live video capture and remote data transfer. Learners can develop algorithms for object tracking, line following, and visual navigation using open-source frameworks such as Arduino and MicroPython. The ultrasonic sensor adds precise distance measurement and automatic obstacle avoidance, demonstrating sensor fusion and autonomous decision control.

The 4WD mechanism uses four independent geared motors for smooth acceleration and torque balance. Its clear chassis design lets students observe the arrangement of electronics, motors, and sensors, bridging theory and practice through hands-on assembly. Each module is clearly labeled, allowing learners to easily connect and understand how IoT devices communicate with controllers and sensors.

Through programming tasks, students explore core engineering concepts such as PWM motor control, Wi-Fi communication protocols, camera streaming, and real-time data processing. By integrating coding and AI image processing, this kit transforms traditional robotics into interactive IoT systems that simulate smart vehicles and autonomous robots.

The ESP32 architecture supports OTA updates, remote data monitoring, and web server control interfaces, teaching students how IoT devices operate in real smart networks. It’s suitable for STEM curricula, AI clubs, and research projects that require both hardware integration and software logic development.

Whether used for AI training, IoT experimentation, or school innovation labs, this robot car offers a comprehensive learning journey that combines electronics, mechanics, and computer science into one engaging hands-on experience. It builds problem-solving, analytical thinking, and creativity — core skills for future engineers and AI developers.

① ESP32-CAM with Wi-Fi and Camera Streaming
The integrated ESP32-CAM module captures live video and transmits data wirelessly, offering students a real example of AI vision and IoT integration. Supports real-time web control and video monitoring from PC or mobile.

② IoT and AI Coding Education Platform
Learners can program using Arduino IDE or MicroPython to control motors, sensors, and image functions. Encourages exploration of IoT logic, cloud communication, and AI decision-making processes.

③ Four-Wheel Drive Power System
The 4WD chassis provides strong traction and stability, supporting turns and smooth direction control. Ideal for terrain tests and dynamic motion studies in robotic mechanics.

④ Ultrasonic Sensor Obstacle Avoidance
An advanced distance sensor detects nearby objects and enables the robot to change direction automatically. Demonstrates real-time control systems and AI feedback loops.

⑤ STEM Innovation Learning Experience
Integrates AI vision, IoT communication, and embedded control in one project. Perfect for students to understand engineering interaction between hardware and software systems through hands-on learning.

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