AI Vision Smart Robot Car Kit with Robotic Arm | ESP32-CAM 4WD Autonomous STEM Platform for Object Recognition, Obstacle Avoidance & Line Tracking | Wi-Fi/Bluetooth Controlled Programmable Robotics Kit with Servo Arm, Metal Gripper & Camera

This AI Vision Smart Robot Car Kit with Robotic Arm combines autonomous navigation, object recognition, and mechanical manipulation in one integrated educational platform. Designed around the powerful ESP32-CAM controller, it merges AI vision capabilities with robotic motion control to deliver a hands-on learning experience in modern STEM, robotics, and IoT education.

Equipped with a high-definition camera, the robot can recognize colors, shapes, and objects through AI algorithms. Using the servo-powered 4-DOF robotic arm, it identifies and grabs targets detected by the camera, demonstrating real-world applications of computer vision and intelligent automation.

The ultrasonic obstacle avoidance system detects objects ahead and adjusts the path dynamically, while the infrared line tracking module follows predefined routes with precision. The L298N dual motor driver provides reliable PWM control, ensuring smooth four-wheel drive motion even on complex surfaces.

Users can program the robot through Arduino IDE, MicroPython, or ESP-IDF, with full support for custom AI routines, gesture detection, and IoT connectivity. The integrated Wi-Fi module enables real-time video streaming, remote control, and data transfer via mobile or PC interfaces, making it ideal for research and classroom demonstrations.

The modular mechanical design ensures easy assembly and expansion — students can add extra sensors, cloud communication, or edge AI modules to extend functionality. Through this kit, learners master key robotics concepts including path planning, kinematics, computer vision, automation logic, and AI-driven feedback systems.

By bridging mechanical engineering, programming, and artificial intelligence, this educational platform provides a complete foundation for building and understanding next-generation intelligent robots.

AI Vision and Object Recognition System
The ESP32-CAM camera performs color and object recognition, allowing the robot to detect and interact with its surroundings. Students explore image processing, AI-based classification, and vision-guided control algorithms.

Integrated 4-DOF Robotic Arm Manipulation
A servo-driven robotic arm with a metal gripper allows precise object picking and placement. Learners practice motion control, inverse kinematics, and real-time coordination between sensing and actuation.

Ultrasonic Obstacle Avoidance and Infrared Line Tracking
Dual sensing systems combine to achieve autonomous navigation. Ultrasonic sensors detect obstacles, while infrared modules enable stable path following, teaching feedback control and data fusion concepts.

Wi-Fi Connectivity and Real-Time Video Streaming
Built-in Wi-Fi enables live camera streaming and remote operation through a smartphone or computer. Students gain practical experience in IoT communication and wireless robot management.

STEM + AI + IoT Educational Integration
The kit unites mechanical design, programming, AI vision, and IoT technology to cultivate creativity and problem-solving skills. Ideal for schools, maker labs, and university robotics programs.

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