Line Follower Robot Sensor with Obstacle Avoidance – 5 Channel

৳ 300

Specification:

  • Detection range is 0 to 4 cm (black and white line sensor) 0 to 5 cm (adjustable distance detection)
  • The input voltage: 3.0 to 5.5 V
  • Output format: digital output (v)

Applications :

  • Line Following Robots built for competitions
  • Smart Cars
  • Floor Cleaning
  • DIY Project etc.

In stock

SKU: A1B021 Category: Tags: , , , ,

Line Follower Robot Sensor with Obstacle Avoidance Sensor – 5 Channel

This Line Follower Robot Sensor has an obstacle avoidance sensor and five channels. It requires an input voltage of 3.0V – 5.5V and provides digital format output. A “line follower robot” is a robot that can track lines and follow them along a predetermined path that may be altered by altering the lines. One of the most popular robotics projects in Bangladesh and throughout the world is a line follower robot. Modern robots can distinguish between colors, which enables them to precisely follow one line out of many. In addition to competing in robotics and computing contests, these tools have a number of real-world applications. For instance, warehouse robots can pick up and distribute things along a specified path by following lines.

One of the most fundamental robots used to follow black lines on white backgrounds or vice versa is the sensor-based black line follower. These robots can be utilized for a wide range of home and commercial tasks, including transportation, floor cleaning, delivery, and the carrying of items.

Specification:

  • Detection range is 0 to 4 cm (black and white line sensor) 0 to 5 cm (adjustable distance detection)
  • The input voltage: 3.0 to 5.5 V
  • Output format: digital output (v)

Applications :

  • Line Following Robots built for competitions
  • Smart Cars
  • Floor Cleaning
  • DIY Project etc.

The creation of a line follower robot frequently uses IR sensors for line-detecting operations. There are certain fundamental rules to remember when the black line transmits light to the white surface of the black line. An infrared light sensor and an infrared LED make up a line follower. Infrared light is used to illuminate the surface, and the sensor then detects the reflected infrared radiation to determine the surface’s reflectivity depending on the intensity of the radiation.

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