Arduino Robotics Kit
50+ robotics, electronics & coding projects for kids and beginners. Real sensors, real motors, real C++ — everything a young innovator needs to build robots that actually work.
Real robotics, from the very first project
Unlock the world of robotics, electronics, and programming. Designed for students aged 9 and above, this comprehensive STEM kit takes learners through 50+ projects while mastering the fundamentals of electronics, automation, sensors, robotics, and Arduino programming.
Beginner to advanced — one kit, one complete learning path.
What students will learn
- Arduino programming fundamentals
- C++ for embedded systems
- Electronics & circuit design
- Sensor integration & calibration
- Robotics & automation concepts
- Motor control techniques
- Wireless communication (Bluetooth)
- LCD display programming
- Data collection & monitoring
- Engineering design thinking
- Problem solving & logic
- Real-world product development
Level up like a game
Every project earns the next one. Start with a blinking LED, finish with an autonomous rover.
Beginner
- LED Blinker
- Electronic Dice
- Traffic Light Controller
- Smart Night Lamp
- Digital Buzzer Alarm
- Push Button Interface
- PWM LED Brightness Control
Intermediate
- Distance Measurement System
- Obstacle Detection Robot
- Temperature & Humidity Monitor
- LCD Information Display
- Motion Detection System
- Ultrasonic Parking Sensor
- Bluetooth-Controlled LED
Advanced
- Bluetooth-Controlled Robot Car
- Obstacle Avoidance Robot
- Smart Environmental Station
- Home Automation Prototype
- Autonomous Rover
- Security Alert System
- IoT-Ready Robotics Projects
The component card collection
Every part in the kit, as a collectible card. Hover over any card to flip it.
The brain of every build. A real microcontroller — the same family used in labs and startups worldwide.
Exclusive to this kit. Simplifies wiring so you spend more time building and less time debugging pins.
Your code’s highway from computer to board. Plug in, upload, run.
HC-SR04 — the robot’s eyes. Bounces sound off obstacles to measure distance, just like a bat.
Sees lines and nearby objects using invisible infrared light. The heart of line-follower robots.
Measures temperature and humidity — build your own weather station and log real data.
A real display your code can write to. Show sensor readings, messages, even mini-games.
Control your robot from a phone. Wireless commands, live data — real IoT foundations.
Precise, programmable movement from 0–180°. Arms, grippers, steering — this is the joint.
The muscle. Geared DC motors that drive your robot car’s wheels forward, back, and around.
Grippy wheels sized for the BO motors. Where code finally meets the floor.
The skeleton of your robot car. Every advanced project builds on this frame.
The freewheeling third wheel that lets your two-motor robot spin and steer smoothly.
The power translator — lets your tiny Arduino safely command big hungry motors.
A motor-driver chip for breadboard builds. Learn how H-bridges really work, pin by pin.
Portable power for untethered projects. Includes the snap connector.
Rechargeable power cells with holder and charger — real battery management, like real products.
Your solder-free workbench. Push components in, pull them out, rebuild endlessly.
Assorted values to tame current and protect components. The unsung hero of every circuit.
Red, yellow, green and white. Your very first project makes one of these blink.
Beeps, alarms, and melodies. Give your projects a voice.
Human input, robot output. The simplest sensor there is — and the start of every interface.
M-M, M-F, F-F — every connection your builds will ever need, plus RMC & barrel jack connectors.
For chassis assembly and terminal screws. Small tool, big builds.