2 Wheel Robotic Smart Car Kit with Acrylic Chassis Transparent- 1 Arduino Uno R3 Dip with cable – 1 IR sensors – 2 Motor driver module ( L298N ) – 1 Each Jumper Wires – 40 Pin Connecting Wires – 1 Battery Set 7.4 V 2200 mAh with battery holder – 1
Line Follower Robot Kit using Arduino
1 in stock
₹2,067.30 ₹2,655.00 (Incl. GST)
1 in stock
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Obstacle Avoidance Robot Car using Arduino UNO
0 out of 5(0)An Obstacle Avoidance Robot Car using Arduino UNO is an autonomous vehicle that detects and avoids obstacles using an ultrasonic sensor. Controlled by an Arduino UNO and driven by an L293D motor driver, the robot changes direction upon sensing an obstacle, making it ideal for learning robotics and programming basics.
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Obstacle Avoidance Robot Car using IR Sensor
0 out of 5(0)The Obstacle Avoidance Robot Car using IR Sensors is an autonomous vehicle that detects and avoids obstacles in its path. It is ideal for students, hobbyists, and robotics enthusiasts looking to learn about sensor-based navigation.
How It Works:
The robot uses Infrared (IR) sensors to detect obstacles by emitting and receiving infrared signals. When an obstacle is detected, the motor driver changes the direction of the wheels to avoid collisions, allowing smooth autonomous movement.
Key Components:
- IR Sensors for obstacle detection.
- Motor Driver Module to control movement.
- DC Motors & Wheels for navigation.
- Chassis & Battery for stability and power.
Applications & Benefits:
- Hands-free navigation without human control.
- Educational project for learning robotics.
- Cost-effective and easy to build.
This project provides a practical introduction to robotics, automation, and sensor technology.
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Arduino Uno R3 DIP with Cable
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Line Following Robot (LFR) Using L293D Motor Driver & IR Sensors
0 out of 5(0)A line follower robot using L293D and IR sensors (without Arduino) is an autonomous robot that follows a black line on a white surface. It uses two IR sensors to detect the path: when IR light reflects from the surface, the sensor gives a signal that controls the motors through the L293D motor driver. Based on sensor input, the robot moves forward, turns left/right, or stops. This simple, low-cost robot is widely used in automation, educational projects, and robotics competitions. It demonstrates basic electronics, sensor interfacing, and motor control without requiring any programming or microcontroller.
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