The Stematicians's Embedded Coding Starter Kit is great for beginners in electronics. It has everything you need to start learning about embedded systems.

Inside, you'll find an Arduino Nano, a small computer, along with a screen called an LCD, a tiny motor called SG-90 Servo, and many other sensors and tools.

This kit is made for people who want to understand how electronics work. It's simple to use and works with Arduino, a popular tool for making electronics projects.

With this kit, you can learn how to use sensors and control motors. It's like a fun way to explore and learn about electronics.

Whether you're a student or just curious about electronics, this kit is a great way to get started on your journey into the world of DIY electronics.

The Stematicians's Embedded IOT Advance coding Kit is designed for beginners eager to explore RFID DIY projects using the Uno R3.

RFID technology identifies chips or tags containing unique IDs, commonly seen in electronic door locks.

This kit facilitates various projects such as electronic tolling, door access control, and public transport fare systems.

Comprising 119 items, it emphasizes RFID-based projects. Users learn how RFID keys and receivers function, conduct security checks, and communicate with devices like LCDs, LEDs, servo motors, and keypads. Ideal for novices,

this kit offers hands-on experience in RFID technology and its practical applications.

The Stematicians's Embedded IOT Pro coding Kit is compatible with Arduino IDE, caters to beginners and experienced enthusiasts alike.

With over 50 projects, it offers comprehensive learning in Arduino, smart cars, and IoT.

Users can build and program a multi-functional smart car with features like Line Tracking, Obstacle Avoidance, and Remote Control.

The kit includes an ESP8266 NodeMCU and an Arduino DIP-compatible board, totaling 130 items.

Its simple mechanical structure allows for easy installation, featuring a tachometer encoder and a 4 AA battery box.

The car supports functions such as distance measurement, velocity, tracing, obstacle avoidance, and wireless remote control, making it an ideal platform for experimenting with various IoT applications.