Where robotics meets the real world.
The AIoT kit takes students from "make a robot move" to "make a system that senses and responds." Built on the Arduino Nano with a built-in dual motor driver, OLED display, and a full suite of real-world sensors, it powers genuine IoT and automation projects — smart irrigation, air-quality monitors, clap-activated robots. Students start in block coding and graduate to the Arduino IDE (C++), the platform professionals actually use.
Built-in dual motor driver (2 DC motors), OLED display, rechargeable battery, RJ11 sensor ports + JST pins. Block coding and Arduino IDE.
AIoT is where students learn that a machine can read its environment and respond — the foundation of everything from home automation to industrial IoT.
Soil moisture for smart irrigation, MQ sensors for air quality, ultrasonic for distance — students build systems that solve problems they recognise from daily life.
Students begin in a friendly block environment and step up to the Arduino IDE in C++ — the same toolchain used by professional embedded engineers worldwide.
With a dual motor driver, servo, relay, and metal chassis, students assemble driving robots and automated systems, then program the logic that runs them.
Nine sensors and a full actuator set — plug-and-play over RJ11 and JST, with no loose wiring.
AIoT is the Arduino-based track for schools focused on IoT, automation, and real-world sensing. It complements the micro:bit pathway and leads naturally to the Arduino Tinker Kit.
The AIoT kit ships as part of a complete Grobots lab, with curriculum, training, and the Virtual Master Trainer. Tell us your goals for a proposal within 24 hours.
AI & Robotics labs schools trust — branch after branch.
For CBSE schools across India.