Line Following Robot Using Arduino
Build a line following robot using Arduino and IR sensors that automatically follows a black line path, introducing robotics, sensors, and motor control.
TecnoMate curates the best value Arduino project kits in India. From starter kits to advanced sensor systems, every kit is priced competitively and includes all components and source code.
Step-by-step hardware project tutorials for your engineering project
Build a line following robot using Arduino and IR sensors that automatically follows a black line path, introducing robotics, sensors, and motor control.
Build a simple burglar alarm using Arduino and PIR motion sensor that triggers a buzzer when unauthorized movement is detected.
Build a low-cost Arduino-based oscilloscope to visualize analog signals, measure voltage and time variations, and understand signal behavior in real time.
Build an autonomous obstacle avoiding robot using Arduino and ultrasonic sensor that detects obstacles and changes direction automatically.
Design a data logging system using Arduino and SD card to store real-time sensor data for analysis, monitoring, and long-term record keeping.
Measure distance using an ultrasonic sensor and Arduino by calculating the time taken for sound waves to reflect back from an object.
Control a stepper motor using Arduino and A4988 driver for precise speed and direction control, commonly used in CNC machines and 3D printers.
An automatic washroom light system using Arduino and IR sensors that turns lights ON when motion is detected and OFF when the area is empty, saving electricity.
Design and build an Arduino-based drone flight controller that stabilizes a quadcopter using IMU sensors, PID control, and motor speed regulation.
Design a basic traffic light control system using Arduino that operates red, yellow, and green LEDs in a fixed sequence, simulating real traffic signals.
A wireless mobile robot that can be remotely driven using a smartphone over Bluetooth communication.
A multi-sensor environmental monitoring system that measures temperature, humidity, and atmospheric pressure and displays the readings locally on an LCD.