Everything your child needs to construct 50 real Arduino electronics & autonomous robot projects—delivered to your doorstep with live 1-on-1 trainer guidance.
Empowering young minds from unboxing their first circuit to autonomous robotics
Delivered directly to your home with 100+ components: Arduino UNO, breadboards, sensors, servos, motors, and chassis.
Join 1-on-1 or small group live sessions. Our senior robotics trainers guide kids step-by-step without giving away answers.
Students submit build videos and C++ code to their online LMS portfolio, unlocking badges across 6 mastery levels.
Every project moves kids from basic exploration to independent problem-solving
From fundamental LED circuits to autonomous obstacle-avoiding & line-following robots
Hardware: LED 5mm, 220Ω Resistor
Coding: Digital Output, pinMode(), digitalWrite(), delay()
Hardware: Red, Yellow, Green LEDs, 3x Resistors
Coding: Sequencing, Multiple Outputs, Delay Timing
Hardware: Push Button, 10KΩ Resistor, LED
Coding: Digital Input, digitalRead(), if / else Logic
Hardware: Passive Buzzer, 3x Push Buttons
Coding: Multiple Inputs, tone(), noTone(), Frequencies
Hardware: 10K Potentiometer, PWM LED
Coding: Analog Input, analogRead(), PWM, analogWrite(), map()
Hardware: RGB LED, 3x 220Ω Resistors
Coding: RGB PWM Color Mixing, analogWrite()
Hardware: Red & Blue LEDs, Flashing Array
Coding: Fast Alternating Loops, Strobe Pattern
Hardware: 7-Segment Display, Push Button
Coding: Random Number Generation, random(1, 7)
Hardware: Push Button, LED, Buzzer
Coding: Millis() Time Capture, Reaction Speed Math
Hardware: 4x Buttons, 4x LEDs, Buzzer
Coding: Array Sequences, Pattern Memory, Memory Checking
Hardware: LDR Light Sensor, 10K Resistor, LED
Coding: Analog Sensing, Calibration, Threshold Logic
Hardware: LDR Sensor, High-Power LED
Coding: Day/Night Sensing, Energy Efficient Switching
Hardware: LM35 Temperature Sensor
Coding: Analog Voltage Math, Celsius Conversion (V * 100)
Hardware: LM35 Sensor, Buzzer, Red LED
Coding: High Temperature Safety Interlock
Hardware: TTP223 Touch Sensor, LED
Coding: Capacitive Digital Interrupt, Toggle State
Hardware: Touch Module, Counter Display
Coding: Increment Counters, Touch Event Detection
Hardware: HC-SR04 Ultrasonic Sensor, Buzzer
Coding: Distance Measurement, pulseIn(), Proportional Sound Alarm
Hardware: HC-SR04 Sensor, LCD Display
Coding: Distance Math (0.034 cm/us), Real-time Formatting
Hardware: IR Transmitter & Receiver Pair
Coding: Infrared Beam Break Sensing, Intruder Alert
Hardware: PIR Motion Sensor, Sound Alarm
Coding: PIR Motion Triggering, Alarm Latch
Hardware: 16x2 I2C LCD Display Module
Coding: I2C Communication, LiquidCrystal_I2C Library
Hardware: DHT11 Sensor, 16x2 I2C LCD
Coding: Sensor Data Formatting, LCD Row & Column Management
Hardware: IR Proximity Sensor, 16x2 LCD
Coding: State Change Detection, Incremental Counting
Hardware: 16x2 LCD, Buzzer, Launch Button
Coding: Countdown Loops, Audio Beep Progression
Hardware: Start & Stop Buttons, 16x2 LCD
Coding: Precise Stopwatch Millis() Timing
Hardware: NeoPixel RGB Ring (8 LEDs)
Coding: Adafruit_NeoPixel Library, HSV Rainbow Colors
Hardware: 8x8 LED Matrix Display
Coding: LedControl Matrix Library, Frame Animations
Hardware: High-Brightness RGB Module
Coding: PWM Strobe Frequencies, Dynamic Color Patterns
Hardware: 4-Way Traffic Signal LEDs
Coding: Complex Intersection State Machines
Hardware: Multi-Button Arcade Deck, LCD
Coding: Multiplayer Speed Testing, LCD Scoreboard
Hardware: SG90 Servo Motor, Ultrasonic Sensor
Coding: Servo Library, Angular Movement (0°-180°), Actuation
Hardware: SG90 Servo, HC-SR04 Sensor
Coding: Proximity Lid Opening, Timed Auto-Close
Hardware: SG90 Servo, 4x Keypad Buttons
Coding: Passcode Sequence Validation, Lock Actuation
Hardware: SG90 Servo, Laser Diode, LDR
Coding: Proportional Servo Target Tracking
Hardware: SG90 Servo, IR Track Sensor, Buzzer
Coding: Automated Gate Lowering & Signal Warning
Hardware: LM35 Sensor, DC Fan, Transistor
Coding: Thermal Threshold Actuation, PWM Fan Speed
Hardware: 2x SG90 Servos, 2-Axis Joystick
Coding: Dual Analog Joystick Mapping (A0/A1 -> Servos)
Hardware: DC Geared Motor, Pulley Mechanism
Coding: Winch Cable Motor Up/Down Actuation
Hardware: 2WD Acrylic Robot Chassis, BO Motors
Coding: Mechanical Assembly, BO Motor Wiring
Hardware: L298N Motor Driver, BO Motor
Coding: H-Bridge Directional Control, PWM Speed Control
Hardware: 2x BO Motors, L298N Driver
Coding: Differential Drive Steering (Left/Right Spins)
Hardware: 2WD Chassis, BO Motors, L298N Driver
Coding: Modular Functions: moveForward(), stopRobot()
Hardware: 2WD Robot, 2-Axis Analog Joystick
Coding: Analog Joystick Speed & Steering Mapping
Hardware: Robot Chassis, Ultrasonic Sensor
Coding: Proximity Detection & Automatic Stopping
Hardware: Robot Chassis, Front Bump Sensor
Coding: Side Scanning Wall Follower Logic
Hardware: 2WD Robot, SG90 Servo, HC-SR04
Coding: Autonomous Navigation, Sense-Think-Act Loop
Hardware: 2WD Robot, 2x IR Line Tracking Modules
Coding: Line Following PID Logic (Black/White Track)
Hardware: 2WD Robot, HC-05 Bluetooth Module
Coding: Serial Communication, Bluetooth Command Parsing
Hardware: Multi-Sensor Network, LCD, Barrier
Coding: System Integration, Multi-Tasking Infrastructure
Hardware: Full ArCoBotics Hardware Suite
Coding: End-to-End System Design, State Machine Architecture
Unlike proprietary plastic toys, ArCoBotics equips children with genuine microcontrollers and sensors used by professional electrical engineers worldwide.
We grade true learning comprehension—not just copy-pasted builds.
Circuit polarity, ground connections, and breadboard wiring cleanliness.
Understanding C++ syntax, variable scope, conditions, loops, and functions.
Solving open-ended challenge problems with reduced trainer assistance.
Diagnosing loose wires, wrong pin declarations, or logic bugs systematically.
Explaining: What did I build? What failed? How did I fix and improve it?
"My 12-year-old son used to spend hours playing mobile games. After receiving his ArCoBotics kit, he built an obstacle-avoiding robot! Seeing his face light up when it navigated our living room was amazing."
Priya M. Parent of 12-year-old learner (Bengaluru)"The best part is how trainers encourage debugging. When my daughter's traffic light circuit failed, the trainer guided her through checking ground connections instead of giving the answer!"
Rajesh Sharma Parent of 11-year-old learner (Delhi NCR)"The online LMS portfolio is top-class. I can check her code, see video recordings of her completed builds, and review the trainer's 5-dimension rubric scores."
Ananya Verma Parent of 13-year-old learner (Mumbai)Everything you need to know about kits, safety, coding, and live classes
Book a 60-minute live 1-on-1 trial class with a senior robotics instructor.