About this item

• The ESP32-CAM module integrates an OV2640 HD camera and built-in AI algorithms for face recognition, object detection, color tracking, and image segmentation. Students can code in C/C++ or Python within Arduino IDE to link perception with motion. With Wi-Fi streaming, learners view live video and bounding boxes on a browser, exploring how embedded AI perceives and reacts. The kit bridges computer vision, decision logic, and robotics, ideal for hands-on AI education.
• Dual Solar + Battery Power Supply Equipped with a high-efficiency solar panel and rechargeable lithium battery, this ESP32 AI robot can operate continuously indoors or outdoors, combining renewable energy with smart automation. Students can explore electrical concepts such as voltage, current, and energy conversion, analyzing how solar systems generate and store power. The hybrid power design supports both solar charging and USB recharging, ensuring reliable use during classes or demonstrations. Ideal for renewable energy STEM experiments, outdoor robotic projects, and sustainable engineering education.
• Ultrasonic Obstacle Avoidance & Infrared Line Tracking This smart robot integrates ultrasonic distance measurement with infrared sensors to achieve automatic navigation, obstacle avoidance, and precise line tracking. Students can code logic to adjust sensitivity and observe how algorithmic changes affect motion and decisions, simulating real-world autonomous driving systems. It supports multiple modes including following, obstacle bypassing, and auto-cruise, perfect for STEM learning, robotics training, and IoT control projects.
• Wireless Connectivity & Remote Control The robot features a high-gain WiFi antenna and ESP32 wireless communication, enabling OTA firmware updates, real-time video streaming, and remote command control. Teachers can demonstrate IoT networking through laptops or mobile devices, while students experience how data flows between connected systems. This function bridges robotics with IoT education, ideal for courses on smart connectivity and remote AI control.
• Comprehensive STEM Educational Platform This kit integrates AI, solar energy, IoT, and mechanical engineering into one complete STEM learning ecosystem. Students can explore robotics design, electronic circuits, and programming logic through real-world experiments. It includes detailed documentation, tutorials, and open-source code examples, compatible with Arduino IDE, Python, and Mind+ visual programming. Ideal for schools, makerspaces, and AI labs across the Middle East, offering hands-on, interdisciplinary learning in robotics and technology.

Product description

Product information

Item details

Brand Name	Generic
Age Range Description	12 Years And Up
Educational Objective	Artificial Intelligence, Autonomous Navigation, Computer Vision, Electronics Engineering, Iot Development, Robotics Programming, Solar Energy Systems
Subject	Stem Education
Set Name	AI Solar Smart Car STEM Experiment Kit
Manufacturer Maximum Age (MONTHS)	144
Manufacturer Minimum Age (MONTHS)	60
Model Number	zyc0108
Manufacturer Part Number	Esp32-rbt-sol
Manufacturer	Esp32 Robotics
Unit Count	1 Count
Manufacturer Warranty Description	1 Year
Included Components	Esp32-cam Module, L298n Motor Driver, Solar Panel, Ultrasonic Sensor, Wifi Antenna

Additional details

Theme	Educational, Science, Technology
Battery Description	Rechargeable Battery With Solar Charging Capability
Is Assembly Required	Yes
Material Type	Electronic Components, Metal, Plastic

Measurements

Size	Educational
Item Dimensions	27 x 12 x 18 centimeters
Item Weight	850 Grams