Advanced Robotics & Automation Kit

₹3,500 ₹4,200 Save 17%

The ultimate robotics challenge! Build an autonomous line follower using IR sensors and an obstacle-avoiding robot using ultrasonic sensors with a servo motor for 360-degree scanning. Competition-ready projects used by top school robotics teams across India.

Distance Indicator – Measure & display distances using ultrasonic sensor

Smart Line Follower Bot – Autonomous line-following robot

Obstacle Detection Robot – Self-navigating obstacle avoidance robot

Raspberry Pi Pico

L298N Motor Driver

2x IR Infrared Sensor

Ultrasonic Sensor (HC-SR04)

SG90 Servo Motor

4x 300RPM BO Motors

4x 65mm Robot Wheels

Robot Chassis

40x Jumper Wires

18650 Li-ion Battery Pack

Breadboard

USB Type-B Cable

Double-sided Foam Tape

IR sensor line detection

Ultrasonic distance sensing

Servo motor scanning

Fully autonomous navigation

Python algorithms included

Competition-grade performance

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Sample Python Code

main.py

# RoboKit Bluetooth Robot - MicroPython
from machine import UART, Pin, PWM

ENA = PWM(Pin(2))    # Left motor speed
IN1 = Pin(3, Pin.OUT) # Motor 1 direction
IN2 = Pin(4, Pin.OUT)
ENB = PWM(Pin(7))    # Right motor speed
uart = UART(0, 9600)  # HC-05 Bluetooth

def forward():
    IN1.on(); IN2.off(); IN3.on(); IN4.off()

while True:
    if uart.any():
        cmd = uart.readline()
        if cmd == b'U': forward()
        elif cmd == b'D': backward()
        elif cmd == b'S': stop()